Monocrystalline solar panels are tremendously popular and the go-to-choice for many, owing to their high efficiency, reliability, low-temperature coefficient, and longer lifespan. However, they are comparatively more expensive than other types of panels available on the market.

There are other solar panel types that also work well for domestic solar energy systems, such as Polycrystalline and narrow panels. Though the narrow solar panels come in sizes ranging from 100 w solar panel to 200 watts, they are a perfect solution for curved roofs as they come with a bending feature. And for now, their availability is very rare, and you would not often see that type of solar panels installed on roofs. On the other hand, the mono panels are the most efficient cells and are widely used for both domestic and commercial applications.

Saving money and protecting the environment have always been top priorities for many of us. If that’s the case, why hesitate to switch to a renewable energy source that’s not only more accessible but also affordable?  It’s time to take a bold step, and MAK Energy is just a call away, ready to help you break free from fossil fuels and the costly methods of electricity production.

Mono crystalline Solar Cells 

Mono solar modules are sometimes referred to as single crystalline cells. They are crafted from a very pure form of silicon, and one can easily recognize them by their sleek black appearance with clean-cut edges. 

Their larger surface area allows them to capture more energy from sunlight. They are coated with silicon nitride, which further increases their ability to absorb more sunlight and produce more energy. 

With a long 25-year warranty and a high efficiency rate, these panels are the top choice in town. While most mono crystalline solar panels come with a 25-year warranty, they can perform well even beyond 30 years.

How Does Monocrystalline Solar Module Work?  

The working of monocrystalline panels is quite simple and it starts as the sunlight hits the surface of the panel, the photons within the light interact with the silicon atoms in the solar cell which allow electrons to liberate from their atomic bonds. These electrons then travel through the cell, allowing them to form an electric current that is collected by a wire circuit. This electron flow generates electrical energy capable of powering devices or being stored in a battery for future use.

Pros and cons of Monocrystalline solar panels  

Monocrystalline have dozens of advantages over other types of solar panels but there are some drawbacks of this type of module and you should be aware of that before making any purchase.

ProsCons
Mono modules have a higher efficiency rate of up to 25% as they are made from high-grade siliconThe initial cost is higher than that of other solar modules available in the market
Using a very low space, they generate high energy outputThey are made from very fragile components, so there is always a risk of damage during installation
Longer lifespan with More than 25 years of performance warrantyThey start losing efficiency when a small part of the panels is covered with shadow.
They perform very well in low light and high temperatures.They also experience reduced performance in low-temperature situations.
From their own production process to producing energy, their entire evolution process is environmentally friendly.
Pros and cons of Monocrystalline solar panels 

Monocrystalline vs Polycrystalline solar panels

The main difference between Monocrystalline and Polycrystalline solar panels is that Monocrystalline solar panels are made of a single silicon crystal cell, and Polycrystalline panels are made by melting multiple fragments of silicon together to form the wafer for the panel. It’s important to note that both mono and poly panels have the same fundamental role within a solar PV system: they efficiently capture sunlight and convert it into electricity.

The differences between mono crystalline and polycrystalline are mentioned in the following table:

ParametersMonocrystallinePolycrystalline
EfficiencyHighLow
CostHighLow
PerformancePerforms better even in low lightLow efficiency in cloudy weather
SpaceOccupies less rooftop spaceTakes more space
lifespanUp to 25 yearsUp to 25 Years
Temperature CoefficientHighLow
AppearanceBlack Color PanelsBluish Color Panel
Key ManufacturersLongi, Jinko, JA, CanadianTrina, JA, Sunpower
Difference between mono crystalline and poly crystalline solar panels

How Much Do Solar Panels Monocrystalline Cost?

The cost of installing monocrystalline panels in the UK depends on the product quality, efficiency rate, product brand, and warranty. However, it’s worth noting that monocrystalline solar panels are generally more expensive than polycrystalline solar panels in the UK.

While mono comes with a higher price tag, the benefits they offer are remarkable. They enable you to generate more clean and green energy, all while saving both money and the environment.

Summary

Monocrystalline solar panels in the UK are renowned for their exceptional efficiency and impressive lifespan, which can extend up to 30 years. Moreover, their outstanding heat resistance makes them a top choice, especially in regions with frequent cloud cover. In terms of aesthetics, mono modules sport a sleek black color that harmonizes well with the look of most homes. However, it’s important to note that this premium appearance comes at a higher cost compared to other solar panel options.

Solar panel mounting rail is a compulsory component of solar PV system installations as they securely hold the solar panels in place on rooftops or ground-mounted structures. Almost every solar panel mounting structure is lightweight, durable, and weather-resistant. They are designed to make solar panel installation easy and ensure optimal panel alignment, maximizing energy production while providing long-lasting support for sustainable power solutions.

Solar mounting rails come in different designs and sizes. But the primary purpose of all these rails is to securely hold the panels while maintaining their alignment.

MAK Energy always uses high-quality solar panel rails during installation. With MAK Energy, you will have peace of mind when it comes to solar panel installations. We are MCS-Certified, and every installation under the MAK name is durable and long-lasting. We proudly claim that our installation systems produce more energy than others on the market. MAK Energy is always here to assist you with your solar PV system. Contact us today to get a free quote and a free online survey.

Key Notes

  • Solar panel mounting rails are the most common type of mounting system for rooftop solar panels. They are made of aluminum or steel and are designed to be strong and durable.
  • The cost of solar panel mounting rails typically accounts for about 10% of the total cost of a solar system.
  • Solar panel mounting rails are available in a variety of sizes and styles to accommodate different roof types and solar panel configurations.
  • Solar panel mounting rails are typically made of corrosion-resistant materials to withstand the elements.

What Are Solar Panel Mounting Rails? 

Solar panel mounting rails

When considering solar panel installation, solar panel rails play an essential role in ensuring a proper and efficient system setup. They serve as the foundational framework onto which solar panels are securely attached, facilitating the optimal positioning of panels to capture sunlight efficiently.

Solar mounting rails are available in various sizes and configurations to accommodate different solar panel sizes and installation types. Typically constructed from materials such as aluminum or steel, they ensure longevity and resistance to environmental factors.

What Are the Benefits of Using Solar Panel Mounting Rails?

Solar panel mounting rails are the structures that support solar panels on roofs or on the ground. They come in a variety of materials, styles, and sizes, and are designed to withstand the weight of the solar panels, as well as the wind and snow loads in your area.

Some of The Benefits of Using Solar Panel Mounting Rail

Flexibility

 Solar panel mounting rail can be adjusted to accommodate different roof pitches and styles, as well as different sizes and types of solar panels. This makes them a versatile option for a variety of solar installations.

Durability

Solar mounting rails are made from strong materials that can withstand the elements. This ensures that your solar panels will be secure and protected from damage, even in harsh weather conditions.

Ease of installation

Solar panel mounting rails are relatively easy to install, even for DIYers. This can save you money on installation costs.

Long lifespan 

Solar panel mounting rails are designed to last for many years. This means that you won’t have to worry about replacing them often.

Safety

Solar panel mounting rails are designed to keep solar panels secure and prevent them from falling. This is important for safety, as well as for the performance of your solar system.

Types of Solar Panel Mounting Rails in the UK


Solar mounting rails come in various design, materials and sizes, and their prices vary depending on your choice of material and size. However, here are the most frequently used solar panel mounting rail in the UK:

Fixed-Tilt Mounting Rails

Fixed tilt mounting rails are the most common type of mounting rail for solar panels. They are attached to the roof and the solar panels are mounted to the rails in a fixed position. The tilt angle of the rails is typically set to the optimal angle for the location, which is usually between 15 and 30 degrees.

Fixed-Tilt Solar Mounting Rails

Fixed tilt mounting rails are relatively inexpensive and easy to install. They are also a good option for roofs with a limited pitch. However, they are not as efficient as adjustable-tilt or tracker mounting rails, which can track the sun’s movement throughout the day to maximize solar energy production.

Adjustable-Tilt Mounting Rails

Adjustable-tilt mounting rails are a type of mounting rail that allows the solar panels to be tilted to different angles. This allows the solar panels to be optimized for the time of year and the location of the roof. Adjustable-tilt mounting rails are a good option for roofs with a limited pitch or for roofs that are facing north or south. Adjustable-tilt mounting rails can increase solar energy production by up to 20% compared to fixed tilt mounting rails.

Adjustable-Tilt Mounting Rails

Tracker Mounting Rails

tracker solar panel mounting rails

Tracker solar panel mounting rails are a type of mounting rail that tracks the sun’s movement throughout the day to keep the solar panels facing the sun. This allows the solar panels to collect the maximum amount of solar energy possible. Tracker mounting rails are the most efficient type of mounting rail, but they are also the most expensive.

Tracker solar panel Mounting Rails

How Are Solar Panels Attached to Rails?

Solar panels are attached to rails using a combination of mounting hardware and brackets. Here’s a basic overview of the process.

Solar Panel Frame

Solar panels typically have an aluminum frame around their edges. These frames are designed with mounting holes or channels that allow for easy attachment to mounting rails.

Solar Panel Frame

Mounting Rails

Mounting rails are installed on the mounting structure, which could be a rooftop or ground-mounted structure. These rails run horizontally and provide a stable framework for securing the solar panels.

mounting rails

Clamps or Brackets

Specialized clamps or brackets are used to secure the solar panels to the mounting rails. These clamps or brackets are typically adjustable to accommodate various panel sizes and frame dimensions.

Clamps or Brackets

Positioning

Installers carefully position the solar panels on the rails, ensuring they are correctly aligned and spaced for optimal sunlight exposure.

Solar Positioning

Attachment

The clamps or brackets are then attached to the mounting rails and the solar panel frame. This step requires a certified and experienced installer to ensure the secure fitting of the solar panels.

Tightening

The clamps or brackets are tightened to secure the panels firmly in place. It’s essential not to over-tighten, as this could damage the panels or the mounting structure.

Final Inspection

Installers conduct a final inspection to ensure that all panels are securely attached and correctly positioned. They also check the wiring for safety and functionality. 

solar inspection

What Is the Spacing for Solar Rail Mount?

To ensure optimal solar panel installation, it’s crucial to maintain the correct spacing between the mounting rails. Ideally, the distance between the rails should be approximately three-quarters of the panel’s height. This spacing ensures proper support and stability for the panels, allowing them to securely capture sunlight and generate energy efficiently. Precise rail placement, guided by certified installers, plays a key role in maximizing the effectiveness and longevity of solar panel systems.

Why Choose MAK Energy for Solar Panel Installation?

MAK Energy stands out as the premier choice for solar panel installation for a multitude of reasons. With a team of certified experts, we offer tailored solutions for residential, commercial, and industrial needs, ensuring maximum energy efficiency and cost savings. Our commitment to using high-quality materials and adhering to stringent safety standards guarantees the longevity and performance of your solar panel system.

We take pride in our environmentally friendly approach, allowing you to reduce your carbon footprint while enjoying reduced energy bills. At MAK Energy, customer satisfaction is paramount, and we offer comprehensive support, from consultation to post-installation maintenance. Choose us for a cleaner, more sustainable energy future with the assurance of quality and reliability

Summary  

Solar panel mounting rails are an essential part of solar panel installations, as without them, solar panels cannot be securely positioned to generate efficient power. There are three main types of solar panel mounting rails: Fixed-Tilt Mounting Rails, Adjustable-Tilt Mounting Rails, and Tracker Mounting Rails. Among these, fixed-tilt mounting rails are the most commonly used due to their affordability and durability. Conversely, the most efficient rails are tracker mounting rails, they come at a higher cost, offering the potential to generate up to 30% more electricity compared to other mounting rail types.

On average, a 250-watt solar panel is commonly used for solar panel installations in the UK, with a cost ranging from £390 to £490 per panel. However, the cost of solar panels can vary depending on the size and type of the panel. As we discussed earlier in detail about the 4kw solar system, which is the most commonly used system in the UK, a 4kw solar panel system will cost you around £6000 to £6500 (without a battery) and will require an estimated roof space of 29 square meters.

How much do solar panels cost? This is a common question for those considering renewable energy solutions. The upfront cost of solar panel installation might seem high to most customers, but the payback period isn’t too long. In the table below, we highlight the system size, the number of required panels, the cost of solar panels, required roof space, annual savings, and the potential savings over the course of 25 years.

How Much Do Solar Panels Cost?

System SizePanel WattageNumber of PanelsEstimated Annual SavingsEstimated Savings after 25 yearsEstimated Upfront CostRoof Space
3KW Panel System250 watt12£840£21,000£5,200-£5,80022 m²
4KW Panel System250 watt16£990£24,750£6,000-£6,50029 m²
5KW Panel System250 watt20£1450£36,250£6,500-£7,00032 m²
6KW Panel System250 watt24£1450 – £1550£36,250 – £38,750£7,000-£8,00043 m²
Cost of Solar Panels Per KW System in the UK

The provided prices are meant to serve as indications, giving you an idea of what to expect and how much you would need to invest in installing a solar panel system, as well as the potential payback period on your investment. However, if you are seeking more accurate prices for a customized solar solution, please reach out to MAK Energy. We will provide you with a free price quote and offer a complimentary online survey.

solar panels cost

What Are the Labour Costs?      

Labor costs can be calculated in two different ways. One method involves calculating a per-day rate per installer, which typically ranges from £280 to £490 per installer per day. On average, the installation of a solar system requires two installers. The other approach to calculating labor costs for solar panel installation is based on a rate of 20 pence per watt. For instance, a 5kw solar system with a rate of 20 pence per watt would result in a labor cost of approximately £1,000.

When you receive a quote from an installer, labor costs are usually included in the quotation.

Factors Affecting Solar Panels Cost in the UK

For your convenience when choosing a system, in the table above, we have listed the upfront costs for different system sizes. However, several factors can influence the question of how much do solar panels cost? These factors include the following:

Type of Panel  

Solar panels come in various types, with the most commonly used options being Monocrystalline, Polycrystalline, and Thin-Film. Monocrystalline is the preferred choice for most homeowners due to its high efficiency, reliability, and positive reviews. However, the cost of Monocrystalline solar panels is higher than the other two types. If you are seeking a more affordable solution, Polycrystalline panels are the best option for you. They offer reasonable efficiency and reliability at a lower price point. Monocrystalline solar panels typically cost around £1 to £1.55 per watt, while Polycrystalline panels range from £0.9 to £1.1 per watt.

Decide on the Type of Solar Panels

System Size

The size of the solar system has a greater impact on the cost of solar panels than anything else. The larger the system, the higher the upfront cost will be. However, this cost variation is influenced by your energy needs and requirements. Taking a look at the most commonly installed system in UK households, the 4KW solar system, it will generally cost you around £6000 to £6500. A 3kw solar system falls between the range of £5200 to £5800, while a 6kw solar system, which produces more electricity and leads to greater savings on the electricity bill, is approximately priced around £7000.

Location and Labour Cost

The overall cost of solar panel installation also includes the labor cost. Labor costs often depend on factors such as location, roof type, and the distance from the installer’s location.

solar panel installers cost

Installation Process  

The installation of solar panels is a complex task and should be carried out by professional installers. Nonetheless, some customers prefer a DIY installation approach. However, if you choose to hire a professional installer, the cost of installation will depend on factors such as the system size, the level of installation complexity, and the duration required to complete the installation.

Additional Components to the System  

Factors such as additional components can influence how much do solar panels cost. If you plan to include additional components, such as a solar battery storage system, during the solar panel installation, it will increase your upfront costs. However, if you combine these components with the installation process—whether it’s pigeon proofing or a solar battery storage system—it can lead to a reduction in the overall installation cost of the system.

How Long Do Solar Panels Take to Pay for Themselves?

The break-even time for solar panels in the UK depends on factors such as the installed system size, electricity rates, and export tariff. On average, solar panels take around 10 to 11 years to return on investment. However, with a larger system size, you can reach the break-even point in as little as 7 years.

How Much Do You Save with Solar Panels?

Solar panels generate electricity free of cost, allowing you to save hundreds to thousands of pounds every year by having them installed on your rooftop. The annual savings depend on the system you install and your energy consumption. On average, a solar panel owner can save between £800 and £1500 each year. Looking at the long-term perspective, with the Smart Export Guarantee (SEG), you can accumulate savings ranging from £21,000 to £40,000 over 25 years.

However, there are still some factors that can influence these savings:

  • Your electricity consumption
  • The efficiency of your solar panel system
  • System size

If you wish to maximize your savings, consider using home appliances such as washing machines, dryers, and dishwashers during the day when solar panels produce sufficient electricity for these devices.

Do Solar Batteries Affect the Installation Cost? 

Solar batteries are additional components for solar panel installations, and incorporating them alongside solar panels will certainly increase the overall cost of the solar panel system. However, it will enable you to harness more energy from the solar panels during the night or when they are not producing enough electricity. The average price for a 5.2Kw solar battery in the UK is around £5000 to £6000.

If you’re interested in installing solar panels with a solar battery storage system, MAK Energy is here to provide the best possible and professional assistance. We specialize in helping people transition to renewable energies seamlessly. Our customized solar panel solutions are budget-friendly, reliable, and environmentally friendly. These solutions can help you reduce your electricity bills and save thousands of pounds every year.

Is It Worth Installing Solar Panels?

The frequently asked question is whether solar panels are worth the investment. The answer is simple and clear: yes! Solar panels are worth installing. While the initial investment may seem high, the benefits that solar panels provide in the long run are exceptional. You can save thousands of pounds every year on your electricity bills and also reduce your carbon footprint, as solar panels emit very little or no carbon emissions. So, how much do solar panels cost upfront is just one aspect to consider in this advantageous equation.

What is The Average Cost of Solar Panels in the UK?

How much do solar panels cost? The answer depends on various factors. For domestic applications, solar panels on average cost between £5000 to £11000. However, the cost will depend on the system size, type of panels, and labor cost in your area.

What is the Maintenance Cost of Solar Panels?

Solar panels require very little maintenance. However, to increase efficiency and ensure a longer lifespan, maintaining solar panels is necessary. You can clean your own solar panels at home, or professional cleaning services typically cost around 7 to 15 pounds per panel.

Are There Incentives for Solar Panels?

Yes, there are grants available for UK households interested in adopting renewable energy through solar panels:

Smart Export Guarantee

This initiative allows homeowners to receive payment for selling excess energy back to the grid.

ECO4 Scheme

Intending to replace ECO3, this scheme is scheduled to operate from April 2022 to 2026. It will expand grant eligibility due to LA Flex criteria.

Zero VAT

Recently, the UK introduced a policy where energy-efficient measures like solar panels, insulation, and heat pumps are exempt from VAT. This replaces the previous 5% VAT on renewable. The policy will be effective from April 2022 to 2027.”

Summary  

When considering a solar energy system, one of the first questions people often ask is: how much do solar panels cost? On average, the cost of solar panels for a UK home ranges between £5000 and £10000. However, the cost can vary depending on factors like system size, panel type, and any additional components you choose to include. Despite the higher initial investment, solar panels offer exceptional benefits. They can save you thousands of pounds every year, reduce your dependence on grid electricity, increase your home’s value, and provide free electricity for more than 25 years.

If you have any queries related to the cost of solar panels, MAK Energy can provide you with the best answers, along with a no-obligation quote and a free online survey facility. Feel free to contact us and let us manage your solar panel installation.

In today’s rapidly advancing era of renewable energy technologies, solar power shines as the most cost-effective and readily available choice for homes and businesses alike. Among the components of solar PV systems, the PV inverter is the most crucial part of the system as it converts DC into usable AC. And among all PV inverters, Solis Inverter has solidified its reputation as the preferred choice for numerous installations.

Solis is a subsidiary of Ginlong Technologies. The company manufactures its inverters in China but has expanded its presence to most continents by setting up technical after-sales offices in the United Kingdom, United States, Australia, South Africa, Brazil, Germany, Spain, Romania, and more.

Solis is a well-reputed brand designed with the domestic Solar PV system in mind. That is the reason they are very popular for domestic applications. They work best when used with batteries, maximizing the self-consumption of your solar energy. Solis 5kW and 3kW hybrid inverters stand out among other models.

This guide will help you understand why Solis inverters are the best-suited option for UK homeowners and why they have become the first choice for MAK Energy.

MAK Energy deals with all types of Solis Inverters. If you’re unsure which one is best suited for you, simply fill out our quotation form or contact us through the provided numbers. Our professionals will get in touch with you as soon as possible and will assist you in the best possible way.

What Makes the Solis Inverter Stands Out?  

Solis solar inverters stand out due to their exceptional performance, innovative technology, and robust build quality. The capability of seamless transition between solar and battery power, while effectively converting solar and battery power into AC current, sets them apart from their competitors.

Solis is mostly popular for its hybrid inverters. With a hybrid PV inverter, you essentially have a single component performing the functions of two. This ensures an efficient and streamlined solution that enhances the performance of both your solar panels and the battery storage system.

Efficiency and Reliability

Solis Hybrid PV inverters come equipped with dual MPPT inputs and the capability to perform optimally in both on-grid and off-grid applications. Solis Panel inverters offer users the flexibility to easily switch based on their energy requirements.

Another standout feature of Solis inverters is their reliability. These devices have been engineered for a longer lifespan and come with IP65 ratings, providing protection against water and dust. These inverters are the ideal choice for challenging and diverse climate conditions.

Features and Functionality 

Solis Hybrid PV inverters come equipped with dual MPPT inputs and the capability to perform optimally in both on-grid and off-grid applications. Solis Panel inverters offer users the flexibility to easily switch based on their energy requirements.

The dual MPPT feature allows users to install two different sizes of solar arrays without any deficiency in efficiency or performance.

Monitoring and Control

Solis inverters come with built-in monitoring system, which enables you to easily track their system’s performance. Their mobile application provides real-time data, keeps a record of history and sends fault notifications. customers can stay fully informed about their system anytime, anywhere.

Battery Storage with Solis Hybrid Inverter  

With a Solis inverter, the management of battery charging and discharging becomes smoother. It optimizes the process and allows you to store the excess generated electricity for later use. Adding a battery storage system as a backup to your solar panel system makes you more energy independent.

Optimized charging strategy

The Solis Hybrid PV Inverter employs a smart battery charging strategy, ensuring the optimal utilization of solar energy and enhancing energy savings.

Throughout the day, when your solar panels produce more electricity than your home consumes, the Solis PV Hybrid Inverter efficiently store this surplus energy to charge your battery storage system. This means that rather than sending excess power back to the grid, you’re effectively storing it for future use.

By adopting this charging approach, you maximize the utilization of your generated solar power and decrease your dependency on grid electricity. This results in significant energy cost savings and an overall boost in the efficiency of your solar system.

Load Shifting and Peak Saving

Managed by the Solis Hybrid Inverter, battery charging plays a pivotal role in optimizing energy usage through two effective strategies: load shifting and peak shaving.

Load shifting entails the charging of batteries during off-peak hours when electricity costs are lower, such as during the day when solar power generation is abundant. The stored energy is then utilized during peak hours when electricity rates are typically higher, such as in the evening.

In contrast, peak shaving involves tapping into the stored energy within the batteries to offset high power consumption during periods of peak demand. This allows you to mitigate or reduce the impact of elevated energy rates during those peak times.

Features and Specifications of Solis Hybrid Inverter

Each model of the Solis Inverter has its own unique features and specifications. Here is a list of some general features and specifications that every inverter should have. Let’s take a look at them one by one.

Battery Charging and Energy Management  

Solis RHI Hybrid inverters support both Lithium-ion and Lead-acid batteries, with a voltage range of 42-58 V and a maximum charge/discharge power of 3 kW. This adaptability to different battery types makes it versatile for various storage needs. Its intelligent energy management system guarantees round-the-clock smart energy usage, enhancing battery reliability and your savings.

Noteworthy Features

All inverters include comprehensive protection features, including DC reverse-polarity protection, output overcurrent protection, surge protection, short-circuit protection, and integrated AFCI.

All Solis Hybrid inverters include comprehensive protection features, including DC reverse-polarity protection, output overcurrent protection, surge protection, short-circuit protection, and integrated AFCI.

Solis Inverters

Product codeCategoriesName
SOL-S5-GR3P-20K-DCMain Unit, Solar PV Inverter,20kW S5 3 Phase Dual MPPT – DC
 Screen Display, Web InterfaceData Logging Stick – wired LAN
SOL-S5-EH1P5K-L-EUHybrid solar Inverter, Storage SystemsEnergy Storage 5kW Hybrid S5 EH1P Inverter (include 3 phase meter)
SOL-RHI-3P5K-HVES-5G-DCHybrid Inverters, Storage Systems5kW 3phase High Voltage Hybrid 5G Inverter
SOL-100.0-3PH-5G-DCMain Unit, Solar PV Inverter,100kW 5G 3 Phase 10x MPPT – DC
SOL-5K-RHI-48ES-5G-DCHybrid Inverter, Storage SystemsEH1 Energy Storage 5kW Hybrid 5G Inverter with DC switch
SOL-RHI-3P6K-HVES-5G-DCHybrid Inverter, Storage Systems6kW 3phase High Voltage Hybrid 5G Inverter
SOL-S5-GR3P-10K-DCMain Unit, PV Inverter,10kW S5 3 Phase Dual MPPT – DC
SOL-S5-GR3P-12K-DCMain Unit, PV Inverter,12kW S5 3 Phase Dual MPPT – DC
SOL-S5-GR3P-5K-DCMain Unit, PV Inverter,5kW S5 3 Phase Dual MPPT – DC
SOL-S5-GR3P-6K-DCMain Unit, PV Inverter,6kW S5 3 Phase Dual MPPT – DC
SOL-S5-GR3P-8K-DCMain Unit, PV Inverter,8kW S5 3 Phase Dual MPPT – DC
SOL-S6-EH1P5K-L-PROHybrid Inverter, Storage SystemsS6 Pro 5kW Advanced Hybrid Inverter
SOL-SDM-120-CTM-1PDisplay, Energy Meter,SDM120CTM Eastron 1P Meter
SOL-SDM-630-MCT-3PDisplay, Energy Meter,SDM630MCT Eastron 3P Meter
SOL-S6-EH1P6K-LHybrid Inverter, Storage SystemsEnergy Storage 6kW Hybrid S6 Inverter with DC switch
SOL-S6-EH1P6K-L-PROHybrid Inverter, Storage SystemsS6 Pro 6kW Advanced Hybrid Inverter
SOL-S6-EH1P8K-L-PROHybrid Inverter, Storage SystemsS6 Pro 8kW Advanced Hybrid Inverter
SOL-S5-GC40K-DCMain Unit, PV Inverter,40kW S5 3 Phase Quad MPPT – DC
SOL-S5-GC50K-DCMain Unit, PV Inverter,50kW S5 3 Phase 5x MPPT – DC
SOL-S5-GC60K-DCMain Unit, PV Inverter,60kW S5 3 Phase 6x MPPT – DC
SOL-S5-GR3P-15K-DCMain Unit, PV Inverter,15kW S5 3 Phase Dual MPPT – DC
SOL-S5-GC30K-DCMain Unit, PV Inverter,30kW S5 3 Phase Triple MPPT – DC
SOL-S5-GC36K-DCMain Unit, PV Inverter,36kW S5 3 Phase Quad MPPT – DC
SOL-S2-WL-ST-USBDisplay, Web InterfaceData Logging Stick – Wi-Fi & LAN USB
SOL-S2-WL-STDisplay, Web InterfaceData Logging Stick – Wi-Fi & LAN 4-Pin
SOL-S3-GPRS-STDisplay, Web InterfaceData Logging Stick – GPRS (GSM) DLS V3
SOL-S4-WiFi-STDisplay, Web InterfaceS4 Data Logging Stick – Wi-Fi USB
SOL-RS485-GP-4P-CONNAccessory, Display,RS-485 Green Plug Connector (4 PIN Connector)
SOL-S5-EH1P6K-LHybrid Inverter, Storage SystemsEnergy Storage 5kW Hybrid S5 Inverter with DC switch
SOL-S5-GC25K-DCMain Unit, PV Inverter,25kW S5 3 Phase Triple MPPT – DC
SOL-METER-1PH-CT2Display, Energy Meter,1phase Meter 60A Direct Connected DDSD 1352
SOL-METER-3PHDisplay, Energy Meter,3phase Meter DTSD 1352 60A Direct Connected
SOL-METER-3PH-CT3Display, Power Management,3phase Meter DTSD1352 with 3x150A:5A CTs
SOL-RF-LINKDisplay, Energy Meter,Data Logging Device RF Kit and RF Stick
SOL-RHI-3P10K-HVES-5G-DCHybrid Inverter, Storage Systems10kW 3-Phase High Voltage Hybrid 5G Inverter
SOL-RHI-3P8K-HVES-5G-DCHybrid Inverter, Storage Systems8kW 3phase High Voltage Hybrid 5G Inverter
SOL-EPM3-5GDisplay, Power Management,Export Power Manager 5 Gen – 3ph Up to 10 inverters
SOL-EPM3-5G-PLUSDisplay, Power Management,Export Power Manager PLUS 5 Gen – 3ph for Up to 10 inverters
SOL-EPM-3PHDisplay, Power Management,Export Power Manager 2 Gen – 1 or 3 phase
SOL-METER-1PHDisplay, Energy Meter,1phase Meter 60A Direct Connected DDSD 1352
SOL-METER-1PH-CT1Display, Power Management,1phase Meter ACR10R 16DTE with 120A CT
SOL-EPM-2P-COM-INV-PAccessory, Display,2-PIN EPM Comm Inv Plug
SOL-EPM-5P-POW-PAccessory, Display,5-PIN EPM Power Plug

Best Solis Hybrid Inverters – One by One

Solis 5KW Hybrid Inverter Solis-RHI-5K-48ES-DC 5G

The SOLIS-RHI-5K-48ES-DC stands as a 5kW hybrid energy storage inverter, complete with an integrated DC switch. This Solis energy storage inverter is well-suited for li-ion batteries, boasts strong independence, and incorporates an off-grid backup capability.

With a maximum efficiency exceeding 97% and a dual MPPT design for optimized performance, this inverter is built for resilience. It sports an IP65-rated construction with natural cooling, offering robust protection functions, and includes a 7″ LCD color display screen for user convenience.

Features and Benefits  

  • MPPT design with precise MPPT algorithm
  • Intelligent EMS function
  • Multiple protection functions
  • Natural cooling without external fan
  • UPS function
  • WIFI/GPRS Real time monitoring
  • Off-grid backup function
  • IP65
  • Max. input voltage: 600V
  • Start-up voltage: 120V
  • MPPT number: 2

Solis 5KW Hybrid Inverter Solis-RHI-6K-48ES-DC 5G

This innovative Hybrid Storage Inverter is highly efficient at 97.5% with IP65 protection. It has an Intelligent BMS for reliable battery performance, an integrated DC switch, and broad MPPT voltage range (90-520V) for swift, uninterrupted power supply (20ms response time). Compliant with various grid standards, it enhances economic benefits with higher charge-discharge efficiency.

You can easily control it via Wi-Fi or GPRS. Solis 5Kw hybrid Inverter provides 5kW backup power, supports grid-friendly peak management, offers multiple working modes for increased self-consumption, and features 24/7 intelligent energy management for real-time PV plant status monitoring.

Features and Benefits

  • MPPT design with precise MPPT algorithm
  • 97.5% Efficiency
  • Intelligent EMS function
  • Multiple protection functions
  • Natural cooling without external fan
  • UPS function
  • WIFI/GPRS Real time monitoring
  • IP65

Solis 3.6 kW Hybrid Inverter 5G (dual MPPT)  

The Solis 3.6kW Inverter is a versatile solution suitable for both on-grid PV operations and reliable backup battery storage. It is a Part of Solis’ fifth-generation 5G residential hybrid inverters. it has an impressive efficiency rating of 97.5%. This advanced inverter incorporates a 24-hour intelligent energy management system, ensuring efficient energy utilization. It also features a user-friendly 7″ color LCD screen for easy programming and monitoring.

Features and Benefits 

  • IP65 Rating for durability
  • 5kW Backup Power for reliability
  • Enhanced charge-discharge efficiency for improved economics
  • Proactive AFCI protection to reduce fire risk
  • Remote control and upgrade capabilities
  • Dynamic MPPTs (2 MPPTs with 4 DC inputs) for optimized performance
  • Multiple operating modes to maximize self-consumption
  • 24-hour intelligent energy management system
  • Compatibility with both lithium and lead-acid batteries
  • Fan less design for extended lifespan

Solis S6 Pro 6kw Advanced Hybrid Inverter  

The Solis S6 Pro Hybrid inverter range is designed for today’s solar market, offering advanced features like a maximum PV input of 9600W, dual MPPT, and 16A PV string current. It supports 1-phase and 3-phase parallel connections, allowing up to 6 units for 36kW backup power, and integrates seamlessly with generators.

This inverter features a 24-hour real-time intelligent energy management system accessible via Bluetooth, Wi-Fi, and an app. It ensures uninterrupted power with a 4ms reaction time and includes a Wi-Fi/LAN datalogger and CT. Backed by a 5-year warranty, extendable to 10 years, it offers reliability for the long term.

Is A Solis Inverter Any Good?

Solis inverters are generally considered to be reliable and offer good performance for solar energy systems. However, like any product, the suitability and quality of these inverters can depend on various factors including your specific solar setup, location, and individual preferences.

DC Power Compatibility with Solis RHI-3.6K-48ES-5G

Final Thoughts  

Producing your own renewable energy goes beyond achieving energy independence and reducing electricity bills. It might surprise you to discover that with the Smart Export Guarantee (SEG) program, you have the opportunity to earn money by selling excess electricity generated by your solar PV system to the grid.

But the question is, how much can you get, what are the best SEG tariffs, and how does it work? and What are the best SEG rates?

If you are planning to sell excess electricity back to the national grid, this guide will help you understand everything you need to know about it.

You may still have been deprived of the benefits of solar energy, but no worries, MAK Energy is always here to assist and spread awareness of the benefits of renewable energy. We help customers transition to an environmentally friendly and more cost-effective source of electricity. Contact MAK Energy for any information related to solar energy; we would love to assist you in making the transition to energy that not only saves you money but also protects the environment.

key Notes

✔ You are entitled to compensation from major energy providers for surplus renewable energy you generate.

✔ Presently, the most favorable rate under the Smart Export Guarantee is 29.3 pence per kWh.

✔ On average, households can expect to earn around £159 annually through this program.

What is the Smart Export Guarantee?

The Smart Export Guarantee is a government-backed initiative that allows renewable energy generators to sell any excess electricity back to national grid and get paid for it. This program has been in the market since 2010 under the name Feed-in Tariff, which has now been replaced with SEG. The idea behind introducing the SEG tariff in the UK is to encourage people to switch to renewable energy and go green.

The amount you receive for exported energy depends on the supplier’s rate, as each energy supplier has its own SEG rates for exported electricity. We will explore most of the available best SEG tariffs in the UK.

One important thing to keep in mind is that the rate you pay for electricity usage will not match the rate you receive for exporting excess electricity back to the grid through the Smart Export Guarantee program.

smart export guarantee working

Best SEG Tariffs From Different Energy Suppliers

Energy SupplierNeed to be a customerPrice (p/kWh)Name of Tariff
OctopusYes24pOctopus Flux
OctopusYes15pOutgoing Fixed
OVO (With Battery)Yes20pOvo SEG Tariff
OVOYes15pOvo SEG Tariff
Scottish PowerYes15pSmartGen+
OctopusYes15pOutgoing Fixed
Scottish PowerNo12pSmartGen
British GasNo6.4pExport & Earn Flex
EDFYes5.6pExport Variable Value
E.ONYes5.5pNext Export Exclusive
OctopusNo4.1pOutgoing Go
Shell EnergyYes3.5pSeg V1.1 Tariff
Utility WarehouseNo2pUW Smart Export Guarantee – Standard
ENo1pE Seg January2020v.1

SEG Tariff Companies in UK  

Octopus Energy

Octopus Energy offers different types of Smart Export Energy rates to its customers: fixed and flexible or agile. The fixed rate is 15p per kWh, while the flexible tariff is measured on a half-hourly rate and based on day-ahead wholesale SEG rates. You may be curious to know which one is best suited for you: fixed or agile.

Well, the fixed Smart Export Guarantee rates will give you a fixed rate regardless of any changes that may occur during the fixed term. On the other hand, the agile tariff allows you to sell your excess generated electricity at a time that is most valuable to you.

What Is Required to Receive the Tariff?

  • You must have an active supply and export account with Octopus. Customers with export-only accounts will receive 4.1p per kWh for their exported electricity.
  • A SMETS2 smart meter (or SecureTM SMETS1) must be installed, and it should be capable of sending half-hourly export meter readings.
  • You should not be receiving deemed export payments from a feed-in tariff (FIT).
  • Any installed solar PV systems must hold MCS/Flexi-Orb certification.
Octopus Energy Tariffs 
Fixed
Tariff TypeCurrently Fixed
Tariff Rate15p (per kWh)
Includes Battery StorageYes
MCS/Flexi-Orb CertifiedYes
Payment CycleMonthly
Exit FeeNo
Tariff Length12 Month Fixed Term
Agile
Tariff TypeHalf Hourly Prices
Tariff RateAnywhere from 0 to 29p per kWh
Includes Battery StorageYes
MCS/Flexi-Orb CertifiedYes
Payment CycleMonthly
Exit FeeNo
Tariff LengthNo Fixed End Date

Scottish Power

Scottish Power offers two types of SEG tariffs to their customers, each with different Smart Export Guarantee rates: SmartGen and SmartGen+. Customers are compensated based on the units they export to the Scottish Power company. The SmartGen+ tariff provides a rate of 15p per kWh, while the SmartGen tariff offers a rate of approximately 12p per kWh.

What Is Required to Receive the Tariff?

  • A Smart or AMR meter capable of obtaining half-hourly readings must be in place, and you must grant consent to Scottish Power for accessing these readings.
  • Your export meter should be assigned an Export Meter Point Administration Number (MPAN).
  • You should not be receiving deemed export payments through a feed-in tariff (FiT).
  • Solar PV systems that have been installed must possess MCS/Flexi-Orb certification.
  • Your generation unit should have a capacity of up to 5MW, or up to 50kW for Micro-CHP systems.
Scottish Power SEG Tariffs  
SmartGen
Tariff TypeVariable
Tariff Rate12p (per kWh)
Includes Battery StorageYes
Payment Cycle6 Months
Exit FeeNo
Tariff LengthNo Fixed End Date
SmartGen+
Tariff TypeVariable
Tariff Rate15p (per kWh)
Includes Battery StorageYes
Payment Cycle6 Months
Exit FeeNo
Tariff LengthNo Fixed End Date
MCS/Flexi-Orb CertifiedYes

OVO Energy

The fix Smart Export Guarantee rates of exporting electricity back to the OVO energy is 4p /kwh regardless of your energy supplier association. But under their OVO best SEG tariff umbrella the Smart Export Guarantee rates go up to 20p if you have installed battery with your system and for on grid system the SEG rate is 15p.

The agreement will function by utilizing anticipated manual quarterly readings that you send to the supplier using OVO Energy’s convenient online form. Alternatively, if you have an ‘approved’ smart meter, you can opt for automated remote readings.             

What Is Required to Receive the Tariff?

  • Installation of a smart meter (either SMETS1 or SMETS2) is required, capable of transmitting half-hourly export meter readings.
  • Your export meter must be equipped with an Export Meter Point Administration Number (MPAN).
  • You must not be receiving any public grants that could disqualify you from participating in SEG.
  • Solar PV systems that are installed need to possess MCS/Flexi-Orb certification.
  • Your generation unit’s capacity can be up to 5MW, or up to 50kW for micro-combined heat and power (Micro-CHP).
  • You should not be receiving deemed export payments from a feed-in tariff (FIT).
OVO Energy SEG Tariff  
OVO SEG Tariff
Tariff TypeCurrently fixed
Tariff Rate15p – 20p(per kWh)
Includes Battery StorageYes
Payment Cycle3 Months
Exit FeeYes (unless during 14 day cooling period)
Tariff Length12 Month Fixed Term
MCS/Flexi-Orb CertifiedYes

Shell Energy

Shall Energy offers a slightly lower rate to its customers for feeding back the electricity generated by their solar panels. They provide their customers with a rate of 3.5p per kWh of energy exported back to the grid. To qualify for the SEG tariff, the property you own must be equipped with an export register and a SMETS compliant meter. Additionally, it is mandatory to have an MCS certificate for your property and complete a registration form.

What Is Required to Receive the Tariff?

  • You should not receive deemed export payments from a feed-in tariff (FIT)
  • Solar PV systems that are installed must hold MCS/Flexi-Orb certification
  • Your export meter should be assigned an Export Meter Point Administration Number (MPAN)
  • You are required to have a SMETS smart meter installed
Shell Energy SEG Tariff
Shall Energy SEG V1.1 Tariff
Tariff TypeVariable
Tariff Rate3.5p (per kWh)
Includes Battery StorageYes
Payment Cycle12 Months
Exit FeeYes (unless during 14-day cooling period)
Tariff LengthNo Fixed End Date
MCS/Flexi-Orb CertifiedYes

British Gas

Under the Export and Flex tariff by British Gas, solar panel owners can receive 6.4p per kWh for exporting to the grid. After successfully contracting with the company, customers need to provide the initial export meter reading, which will later be automatically recorded quarterly.

British Gas makes payments every three months, so customers will receive payments four times a year.

British Gas also offers the SEG export tariff, allowing customers to switch to a new export tariff without exit fees or fixed end dates. You don’t need to purchase electricity from British Gas to use this tariff; you can choose any energy supplier.

What Is Required to Receive the Tariff?

  • You need to have a smart meter or a meter capable of obtaining half-hourly readings
  • Your export meter should be assigned an Export Meter Point Administration Number (MPAN)
  • You must not be receiving deemed export payments through a Feed-In Tariff (FIT)
  • Solar PV systems that are installed must hold MCS/Flexi-Orb certification
  • Your generation unit should have a capacity of up to 5MW, or for micro-combined heat and power (micro-CHP) systems, a capacity of up to 50kW
British Gas SEG Tariff
Export and Earn Flex
Tariff TypeVariable
Tariff Rate6.4p (per kWh)
Includes Battery StorageYes
Payment Cycle3 Months
Exit FeeNo
Tariff LengthNo Fixed End Date
MCS/Flexi-Orb CertifiedYes

What’s The Best Smart Export Guarantee Rate?

Among all the companies offering the best SEG Tariff rates, Octopus stands out as it offers you up to 24p per kWh when exporting electricity back to the grid. Even if you aren’t an Octopus customer, you still have the opportunity to export your excess electricity back to Octopus at a reasonable rate of 4.1p per kWh, which is still higher than some other energy companies.

However, the best rate available to both customers and non-customers of solar panel homeowners is offered by Scottish Power at a rate of 12p per kWh, known as the SmartGen Tariff.

When inquiring about the lower rate for non-customers from Octopus, they explained that providing the same rate to customers of other suppliers isn’t feasible due to the significant effort and cost involved in setting up an export tariff.

How Much Money Can You Earn from The Smart Export Guarantee?  

The money that an average solar panel owner can earn with the SEG Tariff in the UK is £160, assuming they have a three-bedroom house and a 3.5kW solar system.

However, every house is different, so the amount one can save varies. In this table, you will gain a generic understanding of how different houses with various sizes of Solar PV systems can earn from SEG Tariff rates.

SEG Annual Income Based on Solar Panel and House Size

System SizeHouse SizeNo of PanelsEstimated Annual SEG Profit
2.11-2 bedrooms6£90-£100
3.5310£155-£165
4.9414£220-£230
5.55+16£240-£250

How is SEG income Paid to You?  

If you are associated with the same company that is also your supplier, in that case, you may receive a deduction in your monthly energy bills. In other cases, you will be paid through a bank transfer. The transaction depends on the rules and regulations of each energy supplier and how often they transfer your money for exporting energy back to the grid.

For instance, Scottish Energy transfers monthly, OVO every three months, while Shall Energy will pay you annually.

Is SEG Income Taxable?

If your solar array is situated on a residential property that you own or in close proximity to it, and you do not plan for your solar panels to generate a substantially larger amount of solar energy (typically defined as exceeding 20% of your home’s electricity consumption), then you might still be eligible for an exemption.

In such cases, you can categorize your Smart Export Guarantee (SEG) payments as both trading and miscellaneous income. As long as your combined income in this category remains below £1,000, you are not required to report it to HMRC (Her Majesty’s Revenue and Customs).

Is SEG tariffs Income Taxable?

How Do You Qualify and Sign Up For SEG? 

To qualify for the SEG Tariff in the UK, you must fall into one of the categories of energy generators listed below:

  • Solar Panels
  • Micro Combined heat and Power
  • Hydro
  • Wind Turbines
  • Anaerobic digestion

The other necessary things for SEG sign-up and qualification are as follows:

  • Your installation must have a maximum capacity of 5 MW. Without a combined heat and power installation, the upper limit does not exceed 50 kW.
  • You are required to provide your Microgeneration Certification Scheme (MCS) certificate or an equivalent document.
  • Ownership of an export meter is mandatory. Additionally, you will need to provide your SEG company with your export MPAN. If you’re uncertain about where to find your export MPAN, don’t hesitate to inquire with your supplier.

Can You Choose any Supplier for the SEG? 

Yes! Homeowners owning solar panels can choose any energy supplier for the best SEG Tariff. You may receive minimal SEG rates, but you have the right to choose as you please. Some suppliers provide good SEG rates even to non-customers, such as Scottish British, Octopus, and E.ON. You can select the one that best suits your needs without any hurdles.

Do You Require a Smart Meter In Order To Receive SEG Payments?

It depends on the supplier’s requirements; some energy suppliers may ask you to install a smart meter before receiving the SEG tariff. In most cases, you might not be required to have a smart meter, but having one ensures accurate SEG tariff rates and eliminates the need for manual readings. There are some speculations that smart meters may become compulsory for SEG payments in the near future. Therefore, it is recommended to have one before applying for the SEG program. 

Summary

The Smart Export Guarantee (SEG) Tariff presents an excellent opportunity to earn income by exporting surplus electricity back to the grid. Numerous energy suppliers participate in this program, each offering best SEG tariffs. Among the notable options, Octopus and Scottish Energy stand out, providing best SEG Tariff rates for exported electricity.

To access the SEG program, you must meet specific requirements, including furnishing Microgeneration Certification Scheme (MCS) documentation for your property and owning an export meter. These criteria ensure that you are properly equipped to participate in the program and receive fair compensation for your renewable energy contributions.

If you secure the best SEG Tariff rates from a supplier company, it offers a lucrative opportunity to both reduce your carbon footprint and earn money, with Octopus and Scottish Energy leading the way in offering favourable terms.

As energy prices continue to rise in the UK, with no expected decrease in the near future, achieving energy independence from the national grid has become increasingly desirable. An off-grid solar system will grant you complete independence from grid electricity and enable you to generate, store, and deliver your own renewable energy. The system will solely rely on electricity produced by solar panels, battery storage, and a backup generator (in case of adverse weather conditions).

The concept of an off-grid system sounds amazing, doesn’t it? It truly is. However, the question remains: how much does an off-grid solar system cost in the UK, and is it suitable for UK homeowners? Additionally, what is the break-even point for an off-grid solar system? While the sun is shining, your off-grid system will operate perfectly, but during inclement weather, there might be some challenges if you lack a plan B, such as a backup generator.

This blog aims to provide you with the essential information every customer needs to know before installing an off grid solar system in the UK. We believe you will find all the necessary information here you require before making the decision to go off-grid.

What is an Off Grid Solar System?

The system doesn’t establish any connection to the grid. Off-grid is the ultimate way of achieving self-sufficient renewable energy, relying solely on solar power, batteries, and backup power sources such as generators. The off-grid solar system in the uk includes a bank of batteries that store excess electricity generated by the solar panels. This stored energy is then fed back to the property at night or during times when the solar panels aren’t productive.

off grid solar system with batteries

How Long Does an Off Grid Solar Panel System Pay Back?

The break even point of an off grid solar system in the UK depends on the size of the system and the sunshine hours plus the number of batteries installed along the system. However, an average, keeping in mind the current electricity prices in the country, and off grid solar system in the uk has break even point of 5 years. The span can increase to 7-8 years in case the system is larger in size and how many hours you have to rely on the backup generator during winter season.

How Long Does an Off Grid Solar Panel System Pay Back

How Much Does an Off Grid Solar System Cost in the UK?

To ascertain your solar requirements, let’s assess the most challenging situation. In the UK, the months with minimal sunlight span from November to February, yielding approximately two to three peak hours of solar energy daily. This means you must generate a full day’s worth of solar power within two hours, unless you’re prepared for considerable lifestyle adjustments.

man expressing a sense of doubt standing beside solar panels

With these factors in mind, a minimum of a 15 KW off-grid solar system is recommended to ensure winter coverage and reliable battery charging during unfavourable weather patterns. This is why the typical off grid solar system in the UK often involves compromises or is located in rural areas with abundant, affordable land.  

The 15kW solar system, comprising nearly 60 250-watt solar panels, batteries, a backup generator, solar inverter, generator inverter, and supplementary infrastructure, will amount to approximately £30,000 to £35,000 in cost. 

Who Should Go Off the Grid?

Off-Grid Solar Systems are best for Vacation homes, Garages, Camping sites, Caravan residences, Cabins, and even Office spaces. Furthermore, they offer a notably favorable solution, especially in Countryside and Distant locations. The reason being, such areas are more prone to experiencing inadequate network infrastructure, leading to frequent power outages and unstable electricity supply. Alternatively, you might merely desire to embrace an off-the-grid lifestyle.

guy thnking gif

Is it Worthwhile to Buy An Off Grid Solar System In the UK?  

Whether or not it is worthwhile to buy an off grid solar system in the UK depends on a number of factors, including:

  • The cost of the system
  • Electricity Prices
  • The amount of sunlight in your area
  • Your energy needs
  • Your budget
  • Your environmental goals

The cost of an off-grid solar system can vary depending on the size and complexity of the system, but it is generally more expensive than a grid-connected system. The amount of sunlight in your area will also affect the amount of electricity that your system can generate. If you live in an area with low sunlight, you may need to install a larger system or use a battery to store excess energy.

off grid solar system components

Your energy needs will also affect the size of the system you need. If you have a small home and don’t use a lot of electricity, you may be able to get away with a smaller system. However, if you have a large home or use a lot of electricity, you will need a larger system.

Your budget is another important factor to consider. Off-grid solar systems can be expensive, so it is important to make sure that you can afford the upfront cost. You should also factor in the cost of maintenance and repairs.

Finally, you need to consider your environmental goals. If you are interested in reducing your reliance on fossil fuels and living a more sustainable lifestyle, then an off-grid solar system is a good option.

Advantages of Off Grid Solar System

off grid solar system panels

Energy independence

Off-grid solar systems allow you to generate your own electricity, which means that you are not reliant on the grid. This can be a major advantage in areas where the grid is unreliable or where there are frequent power outages.

Zero Electricity bills

Off-grid solar systems render you independent from grid electricity, thereby eliminating the need to pay traditional electricity bills. Instead, all your energy requirements are met through solar panels, batteries, and a generator.

Environmental benefits

Off-grid solar systems are a renewable energy source, which means that they do not produce greenhouse gases. This can help to reduce your carbon footprint and contribute to a more sustainable future.

Increased property value

Off-grid solar systems can increase the value of your property. This is because buyers are increasingly looking for homes that are energy efficient and sustainable.

Peace of mind

Off-grid solar systems can give you peace of mind knowing that you will have access to electricity even in the event of a power outage.

Summary

Off grid solar systems present an appealing path toward energy self-sufficiency, reduced carbon emissions, and long-term financial savings. While challenges like weather-dependent energy generation and initial costs exist, the benefits of energy independence and environmental impact far outweigh these considerations. By carefully assessing system design, costs, and practical applications, individuals and businesses can make informed decisions that align with their energy goals and contribute to a more sustainable future.

An air source heat pump represents an environmentally friendly, cost-effective, and low-carbon method of heating homes. This system delivers enough heat throughout the year at highly economical rates. Furthermore, if you’re eligible for government incentives to support the installation, it transforms into an even more appealing investment.

As the government focuses on installing an air source heat pump and energy-efficient renewable systems and phasing out traditional methods of heating homes and commercial buildings, such as gas boilers, air source heat pumps have become increasingly sought after. This trend is expected to persist for future generations.

vaillant air source heat pump installation

In this blog, we will discuss the complete process of air source heat pump installation. The task is complex and requires a significant amount of engineering expertise and professional knowledge to ensure proper installation, maximizing efficiency and reliability. There are three main steps involved in the installation of an air source heat pump:

  • Pre-Installation: This step includes conducting a survey and assessing the accessibility of the installation site.
  • Installation Process: This stage encompasses installing air source heat pump indoor and outdoor units and establishing the necessary connections between them.
  • Post-Installation: This phase involves verifying the functionality of the system and outlining the required maintenance procedures.

No matter, how complicated the process is, MAK Energy has the experience of handling air source heat pump installation. Reach out to MAK Energy for your air source heat pump installation and get the free no obligation quote and complimentary online survey by just filling out our quotation form which takes no more than a minute.

Important Note: What is EPC?

Before reaching out to the installer, you may need an Energy Performance Certificate. This certificate is particularly obtained when customers plan to apply for a grant. The EPC assesses your home’s energy efficiency and rates it from A to G, where A signifies high efficiency and G indicates low efficiency. By obtaining an EPC, you will also be able to estimate the expected heating costs for your home.

Energy Performance Certificate.

After obtaining the EPC, you can get in touch with the installer for a quotation. MAK Energy is always available to provide you with a quote for an efficient heating system.

Air Source Heat Pump Installation Process

There are two types of air source heat pumps: air-to-air heat pumps and air-to-water heat pumps. The initial installation process for both systems remains the same. The outdoor unit is installed outside the home on a concrete base, ideally in an area with good airflow. Let’s delve into the details of each step in the air source heat pump installation process.

air source heat pump installer
1 – Air-to-Air Source Heat Pump Working
Air-to-Water Source Heat Pump Working

Pre-Installation Work- Inspection and Preparation  


The first step involves site inspection and suitability assessment for air source heat pump installation. You would need to request the air source heat pump installer to send an engineer for a pre-installation inspection to determine the optimal size of the air source heat pump required for your needs. Once the inspection is completed, the air source heat pump installer company will provide a report detailing the sketched property layout.

The initial inspection is often performed by the air source heat pump installer companies at no cost, but some companies may charge a couple of hundred pounds. However, this fee is typically waived if you choose to proceed with the heat pump installation through the same company.

Pre-Installation Work- Inspection and Preparation  

During the inspection, the engineer will measure the appropriate size of the air source heat system for your property, recommend the most suitable type for your home, determine the number of rooms requiring heating, assess insulation levels, and evaluate the dimensions of your current heating system. After completing the inspection, the engineer might suggest improving your home’s insulation for better efficiency, or they may recommend adding larger radiators or underfloor heating.

Installation of Outdoor Unit

The outdoor unit is then installed outside your home, positioned next to an external wall. Because the heat pump requires unobstructed airflow, the installer will identify the most suitable location for the outdoor unit installation. It will either be placed on a concrete flat base or attached to the wall using brackets. The outdoor unit is installed in a way that ensures its stability in all weather conditions.

outdoor unit air source heat pump installers
outdoor heat pump unit

Installation of Indoor Unit  

After installing an air source heat pump outdoor unit, the installer will move inside for the installation of the indoor unit. The indoor unit is installed and connected to either radiators, hot water pipes, or underfloor heating. A professional air source heat pump installer will recommend the appropriate size for your home; for instance, the average UK home with three bedrooms typically requires a 200-liter hot water cylinder.

indoor unit AIR TO WATER source heat pump installation
Indoor heat pump unit

Connecting the Units

Now comes the stage of interconnecting all the components. Using wires, a condensate drain hose, and a refrigerant hose, the installer will establish a connection between the internal hot water cylinder and the external heat pump. These connections are typically established by drilling a hole through the wall. Throughout this process, there might be a brief interruption in your old heating system, but this typically lasts only a matter of hours.

Air source heat pump installer
An installer is connecting the units

Post-Installation Work   

The process doesn’t conclude once the system is installed; there are some finishing touches to ensure the air source heat pump operates efficiently. Following installation, you can inquire about air source heat pump maintenance. While it requires minimal upkeep, maintaining your system is essential for achieving higher efficiency and extending its lifespan. This may involve tasks such as cleaning the fan or checking the filter annually.

How Much Does an Air Source Heat Pump Installation Cost?

The air source heat pump installation cost, including labor, VAT, and installation charges, can range from £8500 to £18500. The installation cost varies based on factors like system size, type, and installation complexity. To receive an accurate quote for an air source heat pump, simply complete our quotation form. You will swiftly receive a free, no-obligation quotation, along with the added benefit of a complimentary online survey.

  • The air-to-air source heat pump installation cost, including labor, VAT, and installation charges, can range from £8500 to £18500
  • The air-to-water source heat pump installation cost, including labor, VAT, and installation charges, can range from £6,900 to £12,500

Can You DIY Air Source Heat Pump Installation?

Yes, an air source heat pump installation could be carried out by yourself, but only if you possess experience and expertise in every aspect of air source heat pump installation. However, it is strongly recommended to hire a professional installer to ensure optimal performance from your heat pump. Even a small mistake during DIY installation could result in costly repairs, potentially amounting to thousands of pounds.

installing an air source heat pump

Connecting the units and handling the wiring requires a certified installer with specialized experience due to the complexity involved. To extend the lifespan of your air source heat pump and attain maximum efficiency, investing in a proper installation is highly advised.

How Long Does It take to Install an Air Source Heat Pump?

An air source heat pump installation usually takes between 2 to 5 days, depending on the complexity and size of the system. In most cases, the heat pump installation doesn’t require planning permission, which can expedite the process even further. However, it’s essential to confirm the planning permission requirements before proceeding with the installation.

air source heat pump installer
Air-to-Air Heat Pumps

How to Choose the Right Heat Pump Installer? 

A correct choice of installer not only ensures a smooth installation process but also enhances the efficiency and lifespan of the heat pump. Before hiring a heat pump installer in the UK, ensure that the company is MCS-Certified and has received positive customer reviews. The best approach to selecting the optimal heat pump installer involves obtaining quotations from multiple installers, and subsequently comparing their services, pricing, and history related to heat pump installations.

Choose MAK Energy as your heat pump installer, as we possess MCS-Certification, boast positive customer reviews, and hold extensive experience in successfully installing an air source heat pump systems across the UK.

Vaillant air source heat pumps

Summary  

An air source heating system is highly efficient in providing heat, capable of delivering three times more heat energy than the electrical energy it consumes. Its installation process is somewhat lengthier and can take 2-5 days, depending on the complexity of the system. The process begins with an inspection and concludes with finishing touches, which involve checking the efficiency and functionality of the entire system.

Comparatively, an air source heating system is relatively expensive compared to other heating systems. The air source heat pump installation cost ranges between £800 and £1800, depending on the system’s size and heating requirements.

There’s something magical about diving into a pool, but as the colder months approach, the thought of putting away your swimsuit becomes inevitable. But what if we told you that you could enjoy your pool for a longer period, without causing a spike in your energy bills? Yes, you heard it right! With a pool solar heater, you can maintain your pool at an optimal temperature, all at very minimal or even zero operational cost.

Solar pool heaters offer a wealth of benefits to pool owners by utilizing solar energy to heat up swimming pools. MAK Energy is well-versed in capturing and harnessing this energy to provide efficient pool heating solutions in the UK. In this informative blog, we will delve into what a solar pool heater truly is, how it operates, the advantages it offers, and the associated costs.

For inquiries pertaining to solar solutions, don’t hesitate to reach out to us via the provided contact number, by completing our quotation form, or by visiting our office. Our team of professionals is always ready to offer guidance and assistance to individuals considering the switch to renewable energy solutions.

So, What are Solar Pool Heaters? 

Solar pool heaters utilize the sun’s thermal energy to raise the temperature of your pool water. Much like solar photovoltaic (PV) panels, the solar energy collectors responsible for heating your pool’s water are commonly positioned on your roof. This system operates by directing water from your pool through a filtering process and subsequently to the solar collectors situated on your roof. These collectors, resembling PV panels in appearance, incorporate internal tubes that facilitate the circulation of cold water. This water absorbs heat from the solar energy collector before being returned as warm water to your pool. 

solar heater for a pool
Caption – Solar Pool heater

How Does Solar Pool Heater Work? 

A solar pool heater works by using the sun’s energy to heat the water in your swimming pool. The system consists of solar collectors, a pump, and a control panel. The solar collectors are typically mounted on the roof of your home or on a rack near the pool. They are made of a material that absorbs the sun’s heat, such as black metal or plastic. The pump circulates the pool water through the solar collectors, where it is heated. The heated water is then returned to the pool.

working of solar pool heater

The amount of heat that a solar heater for a pool can provide depends on the size of the solar collectors, the amount of sunlight available, and the efficiency of the system. In the UK, pool heater solar can be effective in heating swimming pools, but they may not be able to raise the temperature of the water as much as in sunnier climates.

What are the Main Components of Solar Pool Heater? 

Solar Pool heaters consist of three main components: Solar Collectors, Pump and Control Panels. They work in a flow to keep the pool water warm at the lowest possible rates. 

Solar collectors

 The solar collectors are the key component of a solar heater for pool. They absorb the sun’s heat and transfer it to the pool water. Solar collectors are made of different materials, including black metal, plastic, and glass. The type of solar collector you choose will depend on your climate and budget.

solar collectors - solar pool heater

Pump

The pump circulates the pool water through the solar collectors. The pump must be powerful enough to circulate the water efficiently.

solar pool pump

Control panel

The control panel regulates the flow of water through the solar collectors. It also has a thermostat that controls the temperature of the pool water.

Control panes for solar pool heater

What is Solar Pool Heater Installation cost? 

According to energy department reports, the installation cost of an average solar pool heater can range from £8,000 to £11,000 to cater for typical for 3 or 4 bedroom home.  However, this price is an estimate, as the precise cost depends on factors such as the size of your heating pool, the duration you wish to maintain your pool’s warmth, and the location, as installation expenses can vary based on the geographical area. Solar heater for pool represents the optimal approach for diminishing electricity bills, and with meticulous installation and efficient utilization, owners of solar pool heaters can typically recoup their initial investment in approximately 7 years.

How Warm Does a Solar-Heated Pool Get? 

Solar pool heaters can elevate the temperature of an unheated pool by as much as 15C to 20C degrees. This technology effectively elevates the pool’s temperature to a comfortable range of 63 to 68 degrees Fahrenheit with minimal effort, even on cooler days. During the summer, the need for water warming is diminished, given that temperatures frequently reach around 70 degrees Fahrenheit. 

Determining The Size Of Your Solar Pool Heater System  

The sizing of your pool solar heater depends on various factors, including your pool’s dimensions, the desired water temperature, and the solar collectors’ exposure to sunlight (which takes into account geographical location, collector tilt, potential shading, and more). While you can install as many solar collectors as your roof can accommodate, keep in mind that if your roof is predominantly shaded, the solar collectors might not adequately fulfill your pool heating requirements.

Following a general guideline, your solar collector(s) should ideally cover 50 to 100 percent of your pool’s surface area. For instance, if your pool spans 300 square feet, your solar collectors should have a minimum surface area of 150 square feet. 

solar heater for pool

Estimated Solar Collector Sizes for Different Pool Sizes

Pool SizeTotal Pool Surface AreaLow End Solar Collector Size RequiredHigh End Solar Collector Size Required
10×20 ft200 sq. ft100 sq. ft200 sq ft.
15×20 ft300 sq. ft150 sq. ft300 sq ft.
20×40 ft800 sq. ft400 sq. ft800 sq ft.

When you work with a certified contractor like MAK Energy offering solar heater for a pool, they’ll expertly determine the appropriate system size based on your pool’s specific details and collector placement. If your location experiences frequent cloudy days or if there’s potential shading on the roof where the solar collectors would be installed, your contractor might recommend incorporating an electric heater backup system in addition to the solar heating setup.  

Are Solar Pool Heaters worth It? 

Installing solar swimming pool heaters offers numerous advantages, with the most apparent being their eco-friendly and sustainable approach to pool heating. Pool solar heater not only significantly reduces energy costs but also leaves a smaller carbon footprint, making it a win-win proposition.

Solar pool heaters

These systems also extend your swimming season, allowing you to relish comfortably heated pool water well before and after summer’s peak. Moreover, solar heater for pool very minimal maintenance once they’re installed properly. These systems, known for their robustness and efficiency, utilize weather-resistant and durable materials, conferring a lifespan of 15 to 20 years.

How Long Does it take for a Solar Pool Heater to heat up?  

Generally, solar heater for a pool increases the pool’s temperature by 2 to 4 degrees per day. Over the course of 5 to 6 days, this cumulative effect leads to a total temperature rise of about 10 degrees, which is then maintained. 

Benefits of Solar Pool Heater

Effortless Economies

Once your pool solar heater is up and running, it operates with minimal to zero ongoing costs, achieving self-sufficiency where the heat it generates comes entirely free of charge.

Smart Investment

A solar heating system has the potential to repay its installation expenses in as little as 7 to 10 years. While this timeline varies based on multiple factors, it’s undeniable that a functional solar system will ultimately surpass its initial investment.

Enduring Longevity

Solar panels boast a reputation for requiring little upkeep and boasting an extended lifespan. With most solar panels carrying a minimum 10-year guarantee, proper care can easily extend their functional life to more than 30 years.

Optimal Seasonal Performance 

Solar heater for a pool operates at peak efficiency during sun-drenched summer months, conveniently aligning with when outdoor pools are most in use. If your pool activity mainly centres around the summer, solar heating is poised to effectively cater to all your heating requirements.

Summary  

Solar pool heating has often been a hot topic of discussion as it provides efficient and reliable heating system for pool at an minimum operational cost. pool solar heater upfront cost is quite high but its operational cost sometimes goes to zero, depending on the system size and the sunlight hours in your area. Additional solar pool heater break-even is just 7-10 years if installed properly and maintain the system. Pool solar heater has many advantages as it perform very well in the winter season and save you hundreds of pounds on your bill every month. 

MAK Energy provides you the best solar pool heater panels at affordable prices. And if you are not aware of the size you need for you pool heating, the best location for installation. MAK Energy loves to help and advise the customers with best possible and customized solutions. 

Guide To Sizing Up Your Solar Energy Installation

Every individual has unique electricity usage, distinct roof space, and varying sunlight hours. On average, a UK household with 2-3 occupants consumes around 2900 kWh annually. For such families, a 3-kW solar system suffices. Typically, a 3 kW solar system comprises approximately 12 solar panels, each with a capacity of 250 watts. However, the number of panels may increase if you choose smaller panels or have higher energy usage; the larger the system, the more solar panels are required.

Numerous factors influence the question of How many solar panels do I need? In this blog, we’ll shed light on how many solar panels do I need, the best solar system for your requirements, and the various factors affecting the required panels for your desired system.

If you’re considering installing a solar PV system for your home or business but are unsure where to start or what solar system size you need, MAK Energy is here to assist. We begin by establishing client trust, ensuring transparency at every step of the solar PV system process. Feel free to complete our quotation form to access a free online survey and consultation with our professional team.

Factors That Can Affect the Number of Required Solar Panels

The number of solar panels you need for your home or business depends on various factors, including your energy consumption, the number of sunlight hours your roof receives, and the size of your roof. Not every individual has the same energy usage, nor does their roof receive the same amount of sunlight or offer the same amount of space. Factors like location, sunlight exposure, and your desired energy output play a significant role in deciding, “How many solar panels do I need?” Let’s examine each factor to see how they can influence the required number of panels.

how many solar panels do i need?

Your average daily Energy Consumption 

Your average energy consumption plays a pivotal role in determining the required number of panels for your home. And It’s essential to evaluate your energy needs to determine precisely, “How many solar panels do I need?” for an effective solar setup. If your energy consumption is higher, the number of panels needed will correspondingly increase. Another crucial factor is the total kilowatt-hours you currently use or anticipate using in the future.

The amount of Sunlight Your Roof Receive 

As the panel generate electricity by absorbing the sun power, so the production is dependent on the number of sun hours your area has, therefore, the number of panels affected by the location you live. 

Your Roof Space  

If you possess ample roof space, you can opt for a higher number of panels with lower capacities. Conversely, those with limited roof space will need to install larger solar panels. In essence, the available roof space significantly impacts the number of panels required.

Here in the given below table you can find out how much roof space and how many solar panels will you need for your home. 

Solar System SizeNumber of PanelsSize of Each Panel (Watts)Total Required WattageTotal Required Area (Square Meters)
3kW12250300020
4kW16250400026
5kW20250500032
6kW24250600039

Formula to Calculate the Number of Solar Panels

To calculate how many 205-watt solar panels you need for a 4 kW solar system, you can use the following formula:

Number of Solar Panels = Total System Size (kW) / Solar Panel (wattage)

In this case:

  1. Let’s suppose total System Size (kW) is 4 kW. 4kw could also be written as 4000 which we’ll be doing in the formula below.
  2. A single Solar panel (wattage) is 205W, which is one of the most widely used solar panel in the UK.

Now, you can calculate the number of panels you need:

Number of Solar Panels = 4000/ 205W solar panel ≈ 19.51 panels

Since you can’t have a fraction of a solar panel, round up to the nearest whole number. In this case, you would need approximately 20 of your 205-watt solar panels to create a 4 kW solar system. Please note that, you can use any wattage of solar panel and calculate in same way.

Keep in mind that this calculation assumes ideal conditions and doesn’t account for factors like shading, panel orientation, and system losses, which can affect the actual performance of your solar system. It’s a good idea to consult with a professional solar installer such as MAK Energy Ltd to ensure your system is properly designed and optimized for your specific location and needs.

What is the Average Number of Solar Panels in A UK Home?

Determining the number of required solar panels depends on the household size and annual energy consumption. On average, a home with 2-3 occupants consumes about 3000 kWh annually. For such households, a 3-kW solar system, necessitating around 12 solar panels, is sufficient. However, another factor that impacts this calculation, as previously discussed, is the available roof space.

How Many Solar Panels Do I Need in UK?

A 4 kW solar system suits houses with 3-4 residents, while a 6 kW solar system is recommended for homes with over 5 occupants. A 5 kW solar system is ideal for a house hosting 4 occupants.

The required number of solar panels is contingent upon the chosen installation capacity. For a 3 kW installation, you’ll need 12 panels, each with a capacity of 250 watts. In a 6 kW solar system, the panel count rises to 24. It’s worth noting that these panel counts are flexible; opting for larger panel sizes reduces the overall number of panels required.

How Do I Calculate the Right Solar Array Size? 

Calculation of the solar system size depends on the amount of energy you aim to generate, the sunlight hours your area receives, and your available roof space. To determine your daily energy consumption, refer to your electricity bill, which provides information about your daily energy usage.

solar system size

Let’s illustrate this with an example: Suppose you consume 150 kWh of electricity monthly, resulting in a daily consumption of 5 kWh. Therefore, the required system should generate 5 kWh of electricity daily. Many individuals are curious about the sunlight hours in their regions. On average, the UK receives approximately 4 hours of sunlight daily.

The Required Individual Solar Panel Size 

The electricity output of solar panels is contingent on their size and capacity. A 400-watt solar panel generates 400 watts per hour of sunlight, whereas a 250-watt panel yields 250 watts and a 300-watt panel produces 300 watts during the same duration. It’s crucial to ascertain your energy requirements before finalizing the solar panel size.

solar panel sizing

Referencing the previous example, for an individual consuming 5 kWh daily, the installation of 20 solar panels, each with a capacity of 250 watts, is necessary. Opting for larger panels reduces the panel count to 15.

In the case of installing 15 solar panels, an area of 23m² is requisite.

What Type of Solar Panel Should I install? 

The choice of solar panels you should make depends on factors such as efficiency rate, price, available space, and the reliability of the panels. Some panels are more efficient and dependable than others, and this efficiency can impact the number of solar panels required for your system installation.

There are two primary types of solar panels that are extensively used: Monocrystalline and Polycrystalline. Let’s delve into the characteristics of each solar panel type.

Monocrystalline and Polycrystalline

Monocrystalline  

The latest Monocrystalline models boast an efficiency rate of up to 25%, indicating their ability to convert as much as 25% of the received sunlight into electricity.

Monocrystalline solar panels find widespread use across all applications, whether domestic, commercial, or industrial, globally. Monocrystalline bifacial solar panels offer even greater efficiency due to their capacity to generate electricity from both sides of the panel. They are also space-efficient, producing more electricity than polycrystalline panels, thereby reducing the required panel count. While these panels are comparatively more expensive than other types, their reliability and extended lifespan render them an optimal choice for homeowners and businesses.

Polycrystalline 

Polycrystalline solar panels generate more electricity compared to monocrystalline panels over the years, thanks to their high-temperature tolerance capacity. Additionally, they are more affordable than the latter. However, polycrystalline panels have a lower efficiency rate due to the impurity in their silicon material. This is why installers often don’t prioritize them as a first choice.

Opting for polycrystalline panels alters the answer to the question “how many solar panels do I need?” Their lower efficiency necessitates installing extra solar panels to meet your electricity requirements. 

What is the cost of Solar Panels?

The cost of solar panels is determined by the size of the system installation and the type of panels chosen. Typically, a 3 kW solar system will incur a cost of approximately £5400 without batteries. However, if you intend to include batteries, the total cost for a 3 kW solar system with batteries will amount to nearly £9,000.

Do I need Solar Battery Storage System? 

It all depends on your energy needs and interests. If you are a person who wants to rely less on grid electricity as well as reduce your energy bill, a solar battery storage system is the best option for you. However, if your energy usage occurs mainly during the daytime, it might not be beneficial to add solar batteries to your solar panels. Solar batteries can provide you with numerous benefits. They store excess generated electricity for later use, making you more energy independent and resulting in significantly lower electricity bills.

How Do I Find the Right Installer? 

Solar panel installation requires a higher initial investment, making it essential to find the best solar panel installer for long-term benefits. And to accurately answer, “How many solar panels do I need?” consider getting a professional assessment from a solar installation company. You should choose an installer who can assist you from the initial stages of the process and ensure a smooth project execution. Additionally, it’s advisable to obtain multiple quotes from different installers to ensure you are receiving a fair price. Check customer reviews about the installer and their certifications, such as MCS-Certification.

If you have already decided to install solar panels and want to find out the exact answer to your question, “How many solar panels do I need?” MAK Energy is here to guide you through every stage. Obtain our no-obligation quote and a free online survey by simply filling out our quotation form.

Summary How Many Solar Panels Do I Need? 

How many solar panels do I need? is a question that is frequently heard from consumers due to confusion regarding energy consumption and the precise requirements of a solar system. Several factors influence this question, such as average energy consumption, required solar system size, available roof space, sunlight hours, and the type of solar panels chosen. However, for the average household in the UK, around 12 to 16 solar panels, each with a capacity of 250 watts, are generally required. The number of panels could increase if your energy consumption is higher. To make an informed decision about the number of panels, ask experts in the field, “How many solar panels do I need?” based on your unique circumstances.

We are affiliated with all major commercial banks, and our installations are carried out in compliance with your chosen bank’s policies and financing scheme.

Ground Source heat pump installation is a quite complicated and expensive process compared to other heating systems. Sometimes, people compromise on the quality of products and components used in ground source heat pumps, but they never think about compromising on a less competent ground source heat pump installer.

To save you from any such difficulty, MAK Energy has come up with the best Ground Source heat pump installers in the UK. The provided list of ground source heat pump installers in the UK is based on painstaking research and customer reviews. These installers have extensive experience in installing heating systems and have received the highest ratings, reviews, and accreditations.

You can easily get a Ground Source Heat Pump quotation by filling out our form, which takes just one minute of your valuable time, and our professionals will be in contact with you in no time.

List Of Ground Source Heat Pump Installers in the UK

  1. Heat Norfolk
  2. MAK Energy
  3. Cinergi
  4. Daly Renewables
  5. Marshal and McCourt Plumbing and Heating Contractors
  6. UK Alternative Energy
  7. Eco Trades
  8. Abacus Energy Solutions
  9. GreenMatch
  10. Zing Energy
  11. Eco Expert

1 – MAK Energy

MAK Energy tops the list of the best Ground source heat pump installers in the UK. The company is unique in its services, providing heating system installations not only in specific areas but across the entire UK. Whether you live in London, Manchester, Birmingham, Wickford, Essex, or Bradford, MAK Energy will be at your doorstep for all types of heating systems.

Based on Google Reviews, customer satisfaction, and years of experience working with renewable energy sources, MAK Energy stands out as a top ground source heat pump installer in the UK. The company has carried out hundreds of heating system installations.

They provide the best advice on renewable energy solutions, as evidenced by one of MAK’s customers who left a review stating, “MAK is not a fit-and-forget company. They keep you informed about your installation and ensure peace of mind with their after-sale services. Once the system is installed, MAK Energy remains dedicated to helping you with everything you need.”

Another reason to choose MAK Energy as your ground source heat pump installer is their passion for building an eco-friendly environment. The enthusiasm of their team reflects the company’s dedication to this mission.

To get a quotation from MAK Energy for any type of heating system, solar PV system, Solar Inverters, Solar Batteries, and more, simply leave a message with your query, and the team will contact you as soon as possible.

Mak Energy  - ground source heat pump installers
Caption – MAK Energy (one of the best Solar thermal Installers)

2 – Cinergi

Cinergi was established during the toughest time, amidst the pandemic, and yet they have emerged as one of the best ground source heat pump installers in the UK. So far, the company has not received any negative reviews and is dedicated to helping people save money on energy bills and achieve zero carbon in the UK. The abundance of positive reviews has placed the company among the top-rated ground source heat pump installers in the UK.

Cinergi - ground source heat pump installers

3 – Daly Renewables

Daly Renewable is highly regarded as a one of the leading ground source heat pump installers in the UK due to their distinctive engineer-led approach in designing, installing, and commissioning heating systems. Despite having a relatively low number of Google reviews, the company holds MCS certification, ensuring their competence. With a dedicated team of trained professionals, Daly Renewable continues to excel in providing top-notch services in the renewable energy sector.

4 – Marshal and McCourt Plumbing and Heating Contractors

The company has a good reputation and reviews on Trustpilot, which places them among the best ground source heat pump installers in the UK. They have a very professional team with a high level of expertise, experience, and efficiency. The company also has its own showroom, providing the facility to discuss your options while seeing the products in person.

Marshal and McCourt Plumbing and Heating Contractors

5 – UK Alternative Energy

Despite more than 1000 installations, UK Alternative Energy still achieves the best rating as a ground source heat pump installers in the UK. They not only deal with heating systems, but their solar panel systems are also equally impressive across various applications. The company is passionate about building an eco-friendly environment for future generations.

uk alternative energy

6 – Eco Trades

The company has been providing top-notch heating system services in the South West for almost a decade. They have achieved a 100% rating for their quote accuracy, ensuring that you will receive the best pricing for ground source heat pump installation. Despite being small in size, the company has successfully earned a place on the list of ground source heat pump installers in the UK.

eco trades

7 – Abacus Energy Solutions

Abacus Energy Solutions was created in 2009 by two former Royal Naval engineers. They were very enthusiastic about providing the top renewable energy source with core values of integrity, quality workmanship, and customer excellence. The company has received just one negative review about its installation, which is quite an impressive achievement for the company. Customers identify the customer service of Abacus Energy Solutions as a reason for their success and top-ranked position among ground source heat pump installers in the UK.

abacus energy solutions

8 – GreenMatch

GreenMatch has a good reputation in the market for installing renewable energy sources. They provide solar panel and heating system installation services. The company has been in the industry for quite some time and has received positive reviews on multiple platforms, including Trustpilot and Google Reviews. When discussing the top ground source heat pump installers in the UK, GreenMatch will always be among the companies mentioned.

greenmatch

9 – Zing Energy

Are you seeking expert advice on renewable energies or interested in learning about the grants available for renewable energy projects? Look no further than Zing Energy. Not only does Zing Energy provide exceptional heating system installation services, but they also offer comprehensive information about the grants you can avail. Their commitment to customer satisfaction has earned them appreciative reviews across various platforms from domestic, commercial, and local authorities.

With a team of knowledgeable professionals, Zing Energy strives to empower their clients with the best renewable energy solutions tailored to their needs. Whether you’re a homeowner, a business owner, or a local authority, Zing Energy is your reliable partner in navigating the world of renewable energies.

zing energy

10 – The Eco Expert

The company has earned a well-renowned reputation for providing high-quality products and services. They are particularly known for their expertise in solar panel installation, heating systems, and various other renewable energy sources. Customers trust them for their top-notch solutions in the renewable energy industry.

The eco experts

11 – Heat Norfolk

Heat Norfolk provides a complete range of heating systems, including plumbing and heating services. The company offers its services across Norfolk. It is often recommended by researchers as the best ground source heat pump installer in the UK, as their professional installers always give a refreshing touch to the installations, and they are never hesitant to take on even the smallest tasks, such as fixing a dripping tap. The company makes every effort to satisfy its customers.

Heat Norfolk

How to Find the best Ground Source Heat Pump Installer in The UK?

We have listed the best ground source heat pump installers in the UK to help you find the most suitable one for your needs and location. Among our recommendations, MAK Energy stands out as the best ground source heat pump installer. They are highly professional, with years of experience in installing various heating systems, offering expert advice and comprehensive information about the installation process. Moreover, they have received five-star ratings on different platforms. Give MAK Energy a try for your heating system installation, and we assure you will receive the best services in the UK.

pipes of ground source heat pump

How Much Does it Cost to Install a Heat Pump in the UK?

The cost of heat pump insatlltion depends on which type you opt for. On average an air source heat pump will cost you an estimated price of £10,000 for three bedromm house,
While a ground source heat pump for three bedroom house will cost you around £25,000 for horizontal installation and for verticle installation the cost will go up to the £50,000. The ground source heat pump installation is quite costly as it need borehole for heating system which is quite a costly process.

ground source heat pump installers

Summary

You may come across multiple ground source heat pump installers in the UK, but are they worth it? This is the question that often arises in customers’ minds. To save time and difficulty for customers, we have listed some top-ranked ground source heat pump installers in the UK based on customer reviews and their working experience. Among the best ground source heat pump installers in the UK, MAK Energy stands out as the top choice. The company has a well-reputed image and years of experience in installing ground source heat pumps across the UK.

To gather more information about renewable energies, reach out to us through the provided number or fill out our quotation form to receive a free quotation and online survey.

The underfloor heating system is known for being the most reliable and efficient way to heat homes, thanks to its eco-friendly and cost-effective nature. Additionally, it offers an aesthetically pleasing and safe heating option for individuals with asthma and allergies. However, many people may not be aware of the different types of underfloor heating systems, which include wet and electric systems. Both of these underfloor heating systems can be utilized in various applications and are impressive in heating spaces. Nonetheless, it’s crucial to understand the pros and cons of each system.

So, you’ve decided to get underfloor heating. But now, the question is: how do you choose between an electric and water floor heating system? Both systems are well-known for their efficiency, but which one is right for you? Let’s explore it.

When it comes to home heating, underfloor heating electric vs water underfloor heating, is a common debate. Both systems offer unique advantages, and choosing the right one depends on your needs and preferences. Here, we will discuss each and every aspect, covering underfloor heating electric vs water heating systems.

Comparing Underfloor Heating Electric Vs Water Underfloor Heating Systems

AspectElectric Underfloor Heating SystemWater Underfloor Heating System
Suitable projectsBest for single and renovation projectsIdeal for new build projects and larger spaces
How does it work?By connecting heating wires or heating mats to the main electricity supplyBy circulating hot water through a network of pipes to warm the floor of a room
Installation CostLower installation cost than that of the wet systemHigher upfront cost
Running CostHigher running cost due to higher electricity rateLower running cost owing to 25% – 40% more efficiency
Caption – Comparison table between electric & Water Underfloor heating system

Electric Vs Water Underfloor Heating System

Both electric and water underfloor heating systems are used to heat the space, but they differ from each other in their working, installation cost, running cost, efficiency, and more.

How Does an Underfloor Heating System Works?

Underfloor heating systems work differently based on their type. There are two main types of underfloor heating systems, both of which utilize radiant technology to gradually warm a room from the floor up. Let’s explore how each underfloor heating system works.

How Does a Water Underfloor Heating System Work?

Water underfloor heating is a highly effective system that utilizes hot water to warm the floor of a room. It operates by circulating hot water through a network of pipes that are discreetly embedded in the floor. These pipes, usually made of polyethylene or polypropylene, are installed with a spacing of 10-15 centimeters each, ensuring even heat distribution. The hot water is heated by a boiler, heat pump, or another heat source. To seamlessly connect the underfloor heating system to the heating source, like a heat pump or boiler, a manifold is required.

How Does an Electric Underfloor Heating System Work?

Electric floor heater come in further two different types: mat and heating cable-based system. Heating mats utilize slim electric heating wires already attached to a pre-sized mat, making it easy to roll out and affix to the subfloor. Conversely, heating cables work by using a series of cables that are embedded in the floor. The cables are connected to an electric current, which causes them to heat up. The heat from the cables is then transferred to the floor, which in turn warms the air in the room.

Caption – Electric Underfloor Heating

Electric underfloor heating systems are typically controlled by a thermostat, which allows you to set the desired temperature for the room. The thermostat will then turn the heating on and off as needed to maintain the desired temperature.

Electric Vs Water Underfloor Heating System Installation Cost

Comparison of underfloor heating electric vs water heating system involves different aspects, with the main focus being on their installation. Let’s explore the installation cost for each system.

What is The Installation Cost of Electric Underfloor Heating System?

The installation cost for an electric underfloor heating system is quite lower than that of a water underfloor heating system. On average, an electric underfloor heating system can cost you around £55-£80 per square meter for new buildings, and the cost for renovated buildings could go up to £65-£85 per square meter.

Electric Underfloor Heating System
Caption – Electric Underfloor Heating System

How Much Does a Water Underfloor Heating System Cost?

The wet or water underfloor heating system costs more than other types of underfloor heating systems. Therefore, the cost you will have to pay for a water underfloor heating system is approximately £110-£130 per square meter for newly built homes and £130-£175 per square meter for renovated properties. However, the overall cost can vary depending on the size to be heated.

Caption – Underfloor water heating installation

Electric Vs Water Underfloor Heating System Running Cost

There is a significant difference in the running cost between the two underfloor heating systems. While the upfront cost of the water underfloor heating system is quite high, the electric underfloor heating system’s running cost is almost double that of the water system.

Electric Underfloor Heating System Running Cost

The running cost of an electric underfloor heating system is higher due to the higher electricity rate. When compared with the water heating system, the running cost of the electric underfloor heating system is three to four times costlier than the water system.
With an electricity rate of £0.24 per kWh, the running cost for heating a 10-square meter room will be approximately £390, while for a 30-square meter room, the running cost will be around £115.

Water Underfloor Heating System Running Cost


The water underfloor heating system is 25% more efficient when connected with a boiler, and its efficiency increases to 40% when connected with a heat pump. Compared to the electric underfloor heating system, the running cost for a 10-square meter room will be approximately £85, while for a 20-square meter room, it will be around £245.

Which System Is More Suitable For My Home?


For smaller houses or single-room spaces, the electric underfloor heating is best suited. In case of installing the underfloor heating system in an existing property, the electric underfloor heating system is most suitable due to its lower installation cost. The electric system can be installed in bathrooms or kitchens as it is a waterproof system.

On the other hand, for newly built properties and larger projects, the water underfloor heating system is a better option as it can be installed as part of the construction process. The running cost of the water underfloor heating is far less than that of the electric underfloor heating system.

Maintenance Costs of Each Underfloor Heating System


The electric underfloor heating system has almost zero maintenance cost because it doesn’t have any moving parts, and most of its components come with lifetime warranties.

Similarly, the water underfloor system also requires minimal maintenance. However, it needs an annual check of the boiler to ensure the comfort and efficiency the water underfloor heating system provides.

Summary


When it comes to the underfloor heating system, people often compare electric vs water underfloor heating systems to determine the best option for their needs. Both systems work to provide efficient heating, but they differ in their installation, running cost, and working criteria.

The electric underfloor heating system is known for its ease of installation and lower upfront costs. It involves connecting heating wires or heating mats to the main electricity supply. On the other hand, the water underfloor heating system requires a higher upfront cost as it involves circulating hot water through a network of pipes to warm the floor of a room. However, its running cost is significantly lower due to its 25% – 40% more efficiency.

Before getting anything installed or purchasing anything for your house, you must have a bit of knowledge about it. The same applies to the water underfloor heating system. The process is quite complicated and may cost you more than other heating systems. Before getting the system installed, you need to know how much it costs and what its installation process entails.

Water underfloor heating is a great way to warm your home. However, it is not as trendy as electric underfloor heating systems, and the reason behind its lower number of installations is its upfront cost and installation complexity. However, the running cost is lower than other underfloor heating systems.

Are you looking for a professional water underfloor heating installer? Choose MAK Energy, the trusted top-leading heating installer company. We are MCS-Certified, and all our installations comply with legal procedures. For more information, talk to our experts.

What is Wet Underfloor Heating?

Wet Underfloor heating system, also known as a water heating system, warms up the room through a series of pipes. The pipes are connected to the heating source through the manifold. Water is heated up via the heat source and spreads the warmth throughout the room. The hot water underfloor heating system is becoming increasingly popular among UK households owing to its even temperature, low running cost, and higher reliability and efficiency.

man installing the water underfloor heating
Caption – A man installing the water underfloor heating

How Do Water Underfloor Heating Systems Work?

Water underfloor heating is a system that uses hot water to heat the floor of a room. It works by circulating hot water through a network of pipes that are embedded in the floor. The pipes are typically made of polyethylene or polypropylene and are installed with a spacing of 10-15 centimeters each. The hot water is heated by a boiler, a heat pump, or another source of heat. However, to connect the underfloor heating system to the heating source, such as a heat pump or boiler, you need a manifold.

pipes of water underfloor heating system
Caption – pipes of water underfloor heating system

What is an Underfloor Heating Manifold?

A manifold is a system that connects the underfloor water pipes with the heating source to work together. It consists of two rows of taps, which allow the warm water to circulate from the heating source through the underfloor circuits. The number of pipes and the complexity of the manifold depend on the system size. The larger the system is, the higher the number of pipes and the more complex the manifold will be.

Underfloor Heating Manifold
Caption – Man working on Underfloor Heating Manifold


What is the Required Temperature for Water Underfloor Heating?

The underfloor heating wet system usually runs at a comparatively lower temperature compared to radiators or other types of heating systems. It operates at as low as 35°C compared to 55-60°C. However, the actual temperature required for a hot water underfloor heating system depends on the type of flooring used to cover it. The harder it is for the heat to get through the floor, the higher the water temperature will be. As the underfloor heating wet system is installed with a mixing valve, you can easily adjust the water temperature as per your needs and requirements.

How Much Does Underfloor Heating Wet System Cost?

The underfloor heating water system is more expensive than the electric underfloor heating system, but the running cost of the underfloor heating wet system is significantly lower compared to other types of underfloor heating systems. However, there are still many factors that can affect the overall cost of a hot water underfloor heating system in the UK, including the size to be heated, type of flooring, and labor costs in your area. The underfloor heating wet system is also more efficient than radiators, around 24% more efficient, making the system less expensive in the long run.

Where Can Water Underfloor Heating Be Installed?

The water underfloor heating system can be installed in any space if you have the proper water pipe infrastructure and a suitable heat source. However, the most appropriate spaces for installing the underfloor heating wet system are the kitchen, followed by the living room.

Unlike electric systems, underfloor heating water systems require more space, but they work perfectly in areas where the floor is properly prepared and insulated. Installing a hot water underfloor heating system in a new building is relatively easy, as adjustments can be considered from the start.

If you are considering installing a hot water underfloor heating water system, the first step you need to take is to have your house assessed by a professional installer like MAK Energy. With years of experience in assessing and installing water underfloor heating systems in the UK, MAK Energy is your go-to expert. Contact us now for a free quotation for your underfloor heating system.

Is Wet Underfloor Heating System Suitable for You?

In most cases, the hot water underfloor heating system is installed underneath tiled or stone floors. The system can also be installed under carpet, but the tog (thermal resistance) should not be greater than 2.5, as higher tog values can hinder the amount of heat passing through. Therefore, the system is typically installed in new builds. However, it can still be installed in your existing home, depending on the types of flooring.

Does Underfloor Heating Need a Special Type of Boiler?

You don’t need to buy a special type of boiler for a underfloor heating water system, as the underfloor heating water system is compatible with all types of boilers typically used in homes. This includes combi gas boilers, oil boilers, or tank-based gas boilers. A little adjustment may be required at the time of installation to your existing boiler.

 Benefits of Water Underfloor Heating System

The installation cost of water underfloor heating system is quite high but still it provides you the numerous benefits in the long run.

Cost-Effective Heating

The underfloor heating water system is cost-effective, with running costs quite lower than radiators or electric underfloor heating systems.

Energy Efficient

These systems are 25% more efficient when compared with others. They can operate at lower, more energy-efficient temperatures than other heating systems.

Low-maintenance

 Underfloor heating systems are very low-maintenance. The only regular maintenance required is to flush the pipes every few years.

Space-saving

Underfloor heating systems do not require any bulky radiators, which can free up space in your home.

How To Find the Best Water Underfloor Heating Installer In The UK?

Installing water underfloor heating is more complex compared to electric underfloor heating, and it may cost more than other heating systems. To ensure a successful installation, it’s essential to hire an MCS-Certified installer. At MAK Energy, a renowned water underfloor heating installer in the UK, we not only hold the MCS certification but also possess extensive experience in handling complex installations tailored to individual needs.

For any inquiries about renewable energy sources, MAK Energy is always here to assist you. Contact us through our provided number and fill out the quotation form to receive a free, no-obligation quotation. Let us help you make the most of efficient and eco-friendly heating solutions for your home.

Summary

Water underfloor heating systems are becoming very popular among UK homes, especially in new builds. The system is highly efficient, reliable, and its running cost is much lower than electric underfloor heating systems. The system can be installed with any type of boiler, whether it’s a gas boiler or an oil boiler. Additionally, the system can be installed in any space if the room is properly insulated.

If you are considering installing the underfloor heating system in your home, let MAK Energy make it easy for you. With years of experience in installing underfloor heating wet systems, we know how to handle complex installations. Feel free to contact us for assistance.

In the solar industry, Jinko Solar Panels is one of the most renowned solar manufacturing companies worldwide. The company operates eight production facilities located in China, Malaysia, South Africa, and Portugal, with a staff of over 1500 employees.

Jinko Solar is well-known for its utilization of integrated advanced polycrystalline solar PV technologies. The company has earned a reputation for creating reliable and cost-effective PV modules. To maintain its leadership position in the industry, the company invests in the development of new solar technologies to enhance panel production.

Jinko Solar offers PV modules in various sizes and models, with prices varying depending on the module size, efficiency, technology, and other features.

jinko solar panels uk

Why Choose Jinko Solar Panels for Your UK Home?

There are many reasons why you should choose Jinko Solar panels for your UK home. Jinko solar panels are highly efficient, have a longer lifespan, are available at a competitive price, and come in a wide range of options. These factors alone make them a top choice. Additionally, Jinko Solar has a well-reputed track record, being in the business for the last 20 years. Over time, they have evolved into a leading company in the industry.

Jinko Solar manufactures Tier 1 solar panels, known for their high efficiency, ability to yield more energy, and extended durability.

jinko solar panels uk

Key Features of Jinko Solar Panel UK

Here are some basic features of Jinko solar panels UK:

High efficiency

Jinko panels are some of the most efficient solar panels on the market, with an efficiency of up to 21.1%. This means that they can generate more power from the same amount of sunlight, which can save you money on your energy bills.

Long lifespan

Jinko panels comes with a longer life of 25 years or more, so you can be sure that your investment will be protected. With Jinko solar panels you reduce your electricity for almost next 3 decades.

Competitive prices

Jinko panels are very competitively priced, so you can get high-quality solar panels without breaking the bank. Jinko solar panels in the UK are quite pocket friendly and affordable to most of the customers.

Advanced technology

Jinko solar panels use advanced technology to improve their efficiency and performance. For example, they use half-cell technology, which can improve efficiency by up to 5%. Their modern technology make it the first choice for solar energy production.

Durability

Jinko solar panels are designed to withstand harsh weather conditions, making them a good choice for the UK climate. They are designed to bear the snow and wind pressure.

Warranty

Jinko solar panels come with a 12-year product warranty and a 25-year linear power output warranty. This means that you can be sure that your panels will perform as expected for many years to come.

Jinko Solar Panels UK and The UK’s Solar Market

Jinko Solar panels have found a significant market share in the UK’s solar industry. Their high efficiency and reliability make them an attractive choice for both residential rooftop installations and larger commercial or utility-scale projects.

With the UK government’s feed-in tariff (FiT) and the Smart Export Guarantee (SEG) schemes, homeowners and businesses can benefit from incentives that promote solar energy adoption. These schemes allow solar panel owners to earn money by exporting excess electricity back to the grid. The high efficiency of Jinko Solar panels in the UK can enhance these benefits by maximizing the amount of electricity generated.

Furthermore, the UK’s commitment to achieving net-zero greenhouse gas emissions by 2050 has driven the demand for sustainable energy sources. As solar technology continues to improve, Jinko Solar’s cutting-edge products are likely to play a crucial role in meeting these ambitious targets.

Jinko Solar Panels Product Price Range

Jinko Solar provides top ranked solar panels in different models and sizes, all use the advance technology and are highly efficient and reliable. some of the most reliable Jinko solar panels in the Uk are as follows:  

Product NameEstimated Price (VAT not included)
Tiger Neo N-type 60HL4 475 Watt  £250 – £280
Jinko Tiger 66TR P-Type  £130 to £150
Jinko Tiger Neo 420-Watt N-Type Monocrystalline  £160 – £190
Jinko Tiger Neo 430-Watt  £175 – £190
Jinko 305W Cheetah Monocrystalline PERC MAXIM Cell Optimised Solar Panel  £130 – £160
Jinko 400W Tiger N-Type All Black Monocrystalline Solar Panel  £150 – £180
Jinko Tiger Neo 425W TOPCon N-Type Solar Panel  £160 – £190
Jinko Tiger Neo 435W TOPCon All Black Monocrystalline Solar Panel  £165 – £190
Jinko Tiger Neo 54c 415W N-Type  £170 – £200
Jinko Tiger Neo 54c 430W N-Type  £170 – £200
Jinko 355W Tiger N-Type All Black Monocrystalline Solar Panel  £130 – £150
Jinko 380W Tiger N-Type Monocrystalline Solar Panel  £140 – £170
Jinko 325W Cheetah Mono PERC MAXIM Power Optimized Solar Panel  £120 – £150
Caption – Table of Jinko Solar panels prices

Tiger Neo N-Type 60HL4 475 Watt

The latest Jinko Tiger model is a highly efficient solar panel with an efficiency rate of 23.53%. It utilizes N-type TopCon technology, offering three main features: higher bifacial factor, reduced performance decline over time, and lower temperature coefficient. With a 12-year product and 30-year linear power warranty, these panels are a reliable and long-lasting choice for solar energy needs.

jinko solar panels tiger Neo 475

Price Tiger Neo N-Type 475-Watt Jinko Solar Panels In The UK

  • The 475-watt Tiger Neo N-type Jinko solar panel price in the UK falls between £250 and £280, excluding tax.

Jinko Tiger 66TR P-Type

Jinko Tiger 66TR P-type solar panels use the Mono facial Framem Module P technology, making them ideal for domestic and commercial applications due to their high efficiency, reliability, and extended warranty. This PV module boasts a positive power tolerance of 0 to 3%. Additionally, the half-cell technology eliminates the cell gap, resulting in increased module efficiency. Jinko solar panels in the UK are highly popular, primarily because of their mere 2% degradation in the first year and an extended 25-year warranty.

Jinko Tiger 66TR P-Type

Tiger 66TR P-Type Jinko Solar Panels Price in The UK

  • Jinko P-type solar panels are quite impressive models, and they can be purchased for a price ranging from £130 to £150.

Jinko Tiger Neo 420-Watt N-Type All Black Monocrystalline Solar Panel

Jinko’s latest Tiger Neo model is packed with advanced technology that has attracted more customers. The new 420-watt N-type all-black monocrystalline solar panels come with the latest features and technology, delivering guaranteed safety, reliability, and high-power performance. The model uses Hot 2.0 Technology, which enhances reliability and reduces LID/LETID. Additionally, the warranty is also very generous, offering a 12-year product warranty and a 25-year power warranty

features of Jinko Tiger Neo 420-Watt N-Type All Black Monocrystalline Solar Panel

.

Tiger Neo 420-Watt Jinko Solar Panels Price in The UK

  • Despite being high in efficiency, reliability, and performance, the module is yet affordable and budget-friendly. The Tiger 420-watt price for Jinko solar panels in the UK is around £160, excluding tax, and with tax, the price can go up to £190

Jinko Tiger Neo 430-Watt

Jinko’s cutting-edge Tiger Neo model has garnered significant attention for its advanced technology. These state-of-the-art 430-watt Jinko solar panels incorporate the latest features, ensuring unrivaled safety, reliability, and high-power performance. The utilization of Hot 2.0 Technology further enhances their dependability while reducing LID/LETID concerns.  Moreover, the panel’s warranty is remarkably comprehensive, providing a 12-year product warranty and an impressive 25-year power warranty.

Jinko Tiger Neo 430-Watt

Tiger Neo 430-Watt Jinko Solar Panels Price in The UK

  • You can buy the Tiger 430-watt Jinko solar panel for just £175, excluding tax.

Disclaimer

We would like to notify all readers and aspirants that the given prices of Jinko solar panels in the UK are just estimates. The solar industry is constantly evolving, and prices may fluctuate on a weekly basis. As a result, you may find the prices have increased or decreased at the time you visit this page. Therefore, the price of Jinko solar panels in the UK is not guaranteed or fixed.

Summary

Jinko solar panels have earned global popularity, and in the UK, they’ve become a dominant force in the solar industry. With up to 24% efficiency and a reliable 25-year warranty, these panels offer a powerful and long-lasting energy solution.

The diverse range of Jinko models ensures there’s an ideal fit for every need. Embrace the power of the sun with confidence, knowing Jinko’s cutting-edge technology will brighten your path to a greener future.

Upgrading warm air heating systems can bring numerous benefits to homeowners and businesses alike. With advancements in technology and increasing energy efficiency standards, upgrading these systems can lead to improved comfort, cost savings, and environmental sustainability.

If you are still using an older warm air heating system and planning to replace it with a new radiator or gas boiler, and curious to know about the warm air heating systems replacement cost, this article will provide you with insights about warm air heating systems replacement cost in the UK.

Warm air heating systems were very popular in the 1970’s due to their easy installation and ability to provide sufficient heat to homes. However, they are now considered outdated.

In this article, we will shed light on the cost of upgrading warm air heating systems in the UK, including installing a new heating system or replacing it altogether with a gas or electric central heating system.

heating replacement

Understanding The Current Warm Air Heating Systems

Warm air heating systems have been a popular choice for many homeowners due to their efficiency and ability to quickly heat up a space. These systems work by using ducts to distribute heated air throughout the house, providing warmth in an efficient manner.

One of the key components of a warm air heating system is the furnace, which is responsible for generating hot air. Furnaces can be powered by various energy sources such as natural gas, oil, or electricity. The type of fuel used can impact both the cost and efficiency of the system.

In terms of efficiency, modern warm air heating systems have come a long way. With advancements in technology and design, these systems now offer higher energy efficiency ratings compared to older models. This means that homeowners can enjoy lower energy bills while still maintaining optimal comfort levels within their homes.

Warm Air Heating Systems Replacement Cost

The Need for Upgrading Warm Air Heating System

It is becoming increasingly evident that upgrading warm air heating systems is a necessity. With advancements in technology and growing concerns about energy efficiency, older heating systems are proving to be inefficient and costly to maintain. One of the main reasons for upgrading warm air heating systems is their inefficiency. Older systems tend to lose heat through ducts-work leaks or inadequate insulation, resulting in higher energy bills.

Cost of Upgrading Warm Air Heating Systems

Cost of Upgrading Warm Air Heating Systems In the UK

Homeowners across the UK are now considering upgrading or replacing their warm air heating system as they have fallen out of favor, and there are very few providers offering these systems anymore. Replacing them with a gas-boiler and radiator system is a better option.  However, the cost of upgrading warm air heating systems in the UK depends on multiple factors such as the size of the heating system, geographical location and.  Here are some of the key factors that can affect the cost of upgrading warm air heating systems in the UK.

  • Type of the System
  • Size of the System
  • heating system energy efficiency
  • Duct work
  • Heating System Installation complexities
  • Additional Features

It is important to note that warm air heating systems replacement cost can vary significantly based on these factors and regional pricing differences. To get an accurate estimate for your specific situation, it is recommended to contact professional installer like MAK Energy who can assess your home’s needs and provide a detailed quote.

Warm Air Heating Systems Replacement Cost

If you are still keen on keeping your warm air heating system but want some upgradation, you will have to bear a cost ranging from £3000 to £5000 for the heating upgrades. On the other hand, if you are fed up with your existing system and want a complete heating replacement, a new installation of a warm air heating system will cost you around £5250 and £10,000. However, please note that the cost will depend on the size of your heating replacement system and the location where it is installed.

Before proceeding with the upgrade or new installation, it’s advisable to obtain a quote from MCS Certified installers. MAK Energy provides this facility to its customers free of cost, offering free consultations and free online surveys for solar panel systems.

Replacement OptionEstimated Cost
Upgrade Existing Boiler$3,000 – $5,000
New Installation of Warm Air Heating System$5,250 – $10,000
Replacement With a Heat Pump$10,000 – $15,000
Installing New Gas Combo Boiler and System Pipework4,550 £6,850
Installing New Gas Combo Boiler and Radiators£8,300 £11,500
Installing New Electric Central Heating System£4,000 £5,000
Caption – Above table shows warm air heating systems replacement costs

What Is the Cost of Electric Heating Replacement? 

You have another option for your heating replacement: electric storage heaters. This option is best suited for those who are not attached to the gas grid. The average cost for a full electric system installation from scratch is around £4500. However, please note that the cost can fluctuate depending on the system size.

What are the Forced Air Heating System Cost?

A forced air heating system is part of most modern homes, and if you are making a plan for heating replacement, Forced Air heating system is the one you must consider in. the average installation cost of forced air heating system will be around £3500 pounds, but the cost can go up to £7000 deepening on your system size and the requirement.

Are Old Warm Air Heating System Any Good?

Old warm air heating systems can be effective in heating your home, but they are not as efficient as newer central heating systems. They can also be more expensive to run and maintain, especially when compared to newer heating and cooling systems. The heating cost for maintenance is higher than those of newer ones. Therefore, it is advisable to upgrade your heating system with a new heating system installation.

Is Warm Air Heating Classed as Central Heating?

Yes, warm air heating is classified as a central heating system. A central heating system is a system that distributes heat throughout a home from a central location. Warm air heating systems work by using a warm air furnace and then distributing the heated air through ducts to different rooms in the home. However, warm air heating can cost you more because it is less efficient compared to newer heating systems that have better heating efficiency.

What Is the Cheapest Home Heating To Run?

The most budget-friendly home heating option will depend on a few factors, like where you live, the climate, heating system financing, heating system warranties and energy prices in your area. Generally, if you have access to natural gas, it’s often one of the most affordable ways to heat your home. Gas furnaces and boilers are known for their efficiency and cost-effectiveness. They can help keep your heating expenses in check while keeping you warm and comfortable during colder months.

When Should a Heating System Be Replaced?

When considering heating system upgrades and heating system repairs, there are several factors to keep in mind. If your heating system is older than 15-20 years, frequently breaking down, performing poorly, or causing safety concerns like carbon monoxide leaks, it might be time for a replacement. Additionally, if you’re facing continuously rising energy bills or planning significant home renovations or a fuel source switch, a replacement could be necessary. Seek advice from heating professionals to make the best decision for your situation.

Summary

Heating systems are essential in every UK home, and those with old warm air heating systems are now considering upgrades to the latest and modern models. However, warm air heating systems replacement cost in the UK can be high if you plan to install a new system from scratch. The heating system maintenance for a new system is very low, but the initial cost is quite high. We have mentioned the cost of upgrading warm air heating systems in the UK.

If you’re fed up with your old warm air heating system and want to make a change, MAK Energy is here to assist you in finding the best-suited heating system for your home upgrade. Take a minute to talk to us and switch to a more reliable and efficient heating system.

There is always a risk associated with any investment you make, and the same goes for the solar panel system. However, taking the right steps can reduce the risk and damage. Extreme weather conditions and external forces can damage solar panels and lead to costly repairs. The larger the size of the system, the higher the potential damage will be. One simple and effective solution to protect against such hazards from harsh weather and external forces is to ensure bracing is installed on solar frames.

No site or location is 100% secure from harsh weather or unexpected natural disasters, but taking a small proactive action can save costly damage for solar panel owners. There are different types of solar panel mounting systems, and opting for one of them can lead to significant cost savings by reducing structural damage.

In this article, we will shed light on how to choose the right solar panel mounting system for your solar panel mounting structure, the benefits of a solar panel bracing system, which bracing system is best for you, such as solar panel wind bracing, solar panel array bracing or solar panel seismic bracing, how it can help protect your investment, how are solar panels fixed to the roof and the cost implications of implementing a bracing system.

What is Solar Panel Mounting System?

A solar panel mounting system is a set of components that secure solar panels to a roof or other mounting surface. The system typically includes brackets, rails, and fasteners that are designed to withstand the weight of the solar panels, as well as the forces of wind and snow.

A solar panel mounting system is essential for secure and efficient solar panel installations. It provides stability, distributes weight, withstands external forces, and optimizes panel orientation. Different types, such as roof-top racking, ground-mounted, or adjustable tilt systems, cater to diverse installation scenarios. Properly chosen and installed, the bracing system ensures maximum energy production, protects against damage, and preserves the integrity of the roof or ground structure.

solar panel mounting system

How Are Solar Panels Fixed to The Roof?


Solar panels are fixed to the roof using a system of brackets, rails, and fasteners. The specific type of system used will depend on the type of roof you have, the size of your solar panel system, and the wind and snow load in your area.

Some of The Most Common Ways That Solar Panels Are Fixed to The Roof

Rigid Mounting Systems for Solar Panels

Rigid mounting systems: These systems are made of metal and are very strong. They are a good choice for roofs with high wind loads or steep slopes. The brackets are attached directly to the roof rafters, and the rails are then attached to the brackets. The solar panels are then attached to the rails.

Rigid Mounting Systems for Solar Panel mounting
Rigid Mounting Systems for Solar Panel bracing

Adjustable Mounting Systems for Solar Panels

These systems allow you to adjust the angle of your solar panels so that they can capture the most sunlight. This is a good choice for roofs that face different directions. The brackets are attached directly to the roof rafters, and the rails are then attached to the brackets. The solar panels are then attached to the rails using adjustable clamps.

Adjustable mounting structure
Caption – adjustable mounting structure image

Rail-Less Mounting Systems for Solar Panels

These systems do not use rails to support the solar panels. Instead, they use brackets that are attached directly to the roof. This is a good choice for roofs with limited space or that have complex shapes. The brackets are attached directly to the roof rafters, and the solar panels are then attached to the brackets using clamps.

Rail-Less Mounting Systems for Solar Panels
Caption – rail-less mounting structure image

Ballasted Mounting Systems

 These systems use sand or concrete to weigh down the solar panels. This is a good choice for roofs that cannot be penetrated by screws or nails. The brackets are attached directly to the roof, and the solar panels are then attached to the brackets using clamps. The ballast is then placed on top of the solar panels to weigh them down.

Ballasted mounting structure
Caption – Ballasted mounting structure image

How To Choose the Right Solar Panel Mounting System?

Choosing the right solar panel mounting system is essential to ensure the safety, maintenance, efficiency, and longevity of your solar installation. In most cases, solar panel mounting is used for wind resistance and seismic resistance. Here are the key steps.

Roof Assessment

Begin by assessing your roof type and structure. Different roof types (pitched, flat, metal, tile, etc.) require specific bracing solutions. Ensure the bracing system is compatible with your roof to avoid damage and ensure a secure installation.

Local Building Codes

Before choosing the solar panel mounting system, make sure you are well aware of the building codes and regulations in your area. Some regions have specific requirements for solar panel installations, including bracing systems. Choose a bracing system that complies with all local standards and regulations.

Wind and Snow Loads

The average wind and snow load can very depending on the geographical location and the weather conditions. and the bracing system is usually used to prevent such kind of hard weather condition. The most common bracing systems are solar panel wind bracing and solar panel array bracing. The bracing system must be designed to handle these loads effectively to prevent damage to the solar panel mounting and the roof. Ensure the bracing system specifications match or exceed the requirements for your location.

Material and Durability

The quality of the solar panel mounting matters a lot. Look for bracing systems made from durable and weather-resistant materials like aluminum or stainless steel. High-quality materials ensure the system’s longevity and prevent corrosion over time.

Ease of Installation

 Choose the system that is easy to install and yet provide the solar panel structural support. Choose solar panel mounting installation that is easy to install and does not require extensive modifications to your roof or ground structure. Simplified installation can save time and reduce overall installation costs.

Budget

The solar panel mounting system is used to save you from costly damage. So, while choosing the bracing system, make sure to opt for one that is budget-friendly and affordable. Determine your budget for the solar panel installation, including the bracing system. While it’s essential to choose a reliable and sturdy system, finding a balance between quality and cost-effectiveness is crucial.

Professional Installation

Finally, consider having your solar panels and bracing system installed by a professional solar installer. They have the expertise and experience to select and install the right bracing system for your specific setup, ensuring a safe and efficient solar energy system.

Summary

The installation cost of a Solar PV system can be significant for owners. Ensuring the system’s security from harsh weather is crucial. The solar panel mounting system is the ideal solution to protect and secure your solar panels, ensuring maximum efficiency and performance without fear of damage. By investing in a reliable bracing system, solar panel owners can safeguard their initial investment and enjoy long-term benefits from their solar energy system.

MAK Energy is here to assist you with any query about solar PV systems. Whether you are planning to install solar panels for your home or business, let MAK Energy be your solar energy partner. We have helped thousands of homes switch to solar energy. Contact us through our provided number or fill out our quotation form for a personalized quote, and our agent will be in touch as soon as possible.

how are solar panels fixed to the roof

Electric vehicles are the future of transportation, and owning them means you are embracing modern technology. Having an electric vehicle has many perks, but the only downside is that you need to be mindful of charging points. To address this issue, EV apps are inevitable as they help you locate the nearest charging points, whether you are at home or abroad.

Whether you are searching for a ev charging point, booking a hotel, or planning EV charging sessions, there is an app for you. Best EV charging apps assist you in navigating, route planning, and finding charging points. However, with hundreds of EV applications available, determining the best one can be an exhausting task. That’s why we have come up with the best EV charging app in the UK.

woman holding ev chargers pump with her ev car

Best EV Charging Apps in UK

  1. Zap-Map
  2. Plug Share
  3. Waze
  4. ChargePoint
  5. EV Hotels
  6. Optiwatt
  7. Chargemap
  8. Bonnet
  9. WhattsUp
  10. AppyParking
  11. WhenToPlugIn
  12. BP Pulse
  13. RingGO Parking
  14. EV8 Switch
  15. EVGO
  16. Caura
  17. ChargeHub
  18. Just Park
  19. The AA
  20. Tesla
  21. A Better Routeplanner (ABRP)

Zap-Map

Whether you are an EV novice or enthusiastic about electric vehicles, you must have heard about the Zap-Map app. Zap-Map is the best EV charging app in the UK, covering 95% of public charging points on its network. The app assists EV owners in navigating and locating nearby charging stations, and it also offers the convenience of paying for EV charging across the network using Zap-Pay. Notably, Zap-Map was awarded the Driving Electric Award in 2022. The application also keeps users informed about the availability of different charging stations.

Zap-Map offers three plans, including a free plan with basic information.

zap map - best ev charging app uk

Plug Share

If you are planning to travel abroad with your electric vehicle, the PlugShare app must be installed on your smartphone. PlugShare guides users about charging stations across the globe, providing access to a vast network of 533,000 charging stations worldwide. The perks you get with the PlugShare app are endless, but the best one is the world’s largest EV driver community of approximately 300,000 users.

These drivers regularly write reviews about different charging stations in various countries, helping you become aware of the top-ranked and lower-ranked charging points.

plug share logo

Waze

Waze is as helpful for non-EV users as it is for EV users. Waze’s advanced features allow users to share navigational information, traffic conditions, incidents, and speed camera locations. The application’s database is updated in real-time, providing users with up-to-date information. This is why Waze is renowned as one of the best EV charging app in the UK. Even Tesla EVs can utilize Waze on their screens for a better route and user experience.

waze - best ev charging app

ChargePoint  

ChargePoint is one of the largest and best EV charging app in the UK, with over 100,000 charging stations in its network, not only in the UK but also in North America and across Europe. The app shows EV owners the nearest charging stations, the charging rates, and the estimated kilowatts that can be obtained. The best part of the ChargePoint app is its in-app notifications, which provide real-time information about the charging status of your vehicle.

charge point best ev charging app uk

EV Hotels

If you’re planning to travel across the Europe, the most important app you must have on your smartphone is the EVHotel. It makes your travel easy by providing access to 250,000 accommodations points worldwide that have charge points either on-site or within walking distance. The app’s standout feature, making it the best app for EV charging station in UK, is the ability to customize and filter the map. By customizing the map, you can select your desired hotel, set your car’s plug type, and specify the distance between your hotel and the charging station.

ev hotels ev app

Optiwatt  

Saving money has always been a major concern of every person and Optiwatt is designed to help you save money on charging your electric vehicle. Optiwatt is the best EV charging app in the UK among those who are very concern about the lower charging rates. The app automatically schedule charging for your vehicle when the rate is at its lowest, during peak hours and make sure that your car is fully charged at the lowest possible rates.

optiwatt logo

Chargemap

Chargemap is another highly reputed map for locating charging stations, planning trips, and managing charging for electric vehicles. It is considered one of the best app for EV charging station in the UK and covers a majority of European networks with over 500,000 charging points. Like other top-rated applications, Chargemap provides powerful filtering and route planning options to ensure hassle-free travel. With the Chargemap app, you gain access to over 300,000 charging points in Europe alone.

chargemap logo

Bonnet

Bonnet has the highest number of connections with networks among any other EV app. They have won awards for being the best EV charging app and offer access to over 200,000 charging stations across Europe, including Ionity, MFG, FastNed, Total Energies, and Allego. The application provides real-time information about the charging status, indicating whether a charging station is in use, out of service, or blocked. With their premium subscription, users can enjoy a 15% discount on every charge, regardless of the network and charging point.

bonnet logo

WhattsUp

Do you feel overwhelmed while searching for the right station based on your charging requirements? WhattsUp is the best solution for you. Upon logging in, WhattsUp asks you about your charging type and requirements. When you hit the search button for charging points in specific areas, the app will only display stations that meet your needs. WhattsUp is the best app for EV charging station in UK, thanks to its unique and time-saving features.

whatts up best ev charging app

AppyParking

AppyParking stands out from other parking apps by offering a unique feature set. Not only does it display available on-street parking spots, designated spaces, and car parks, but it also provides real-time updates for on-street parking availability, ensuring a hassle-free parking experience. However, it’s worth noting that this app lacks extensive EV-oriented features and does not offer in-car app support.

appy parking logo - ev charging app uk

WhenToPlugIn

WhenToPlugIn is an app that informs you about the optimal time to charge your EV vehicle with the cleanest energy available. The application provides information about the electricity generated from renewable energy sources, with a high proportion of electricity fed into the grid. It also displays how the electricity used for EV charging is generated, whether from natural resources or fossil fuels.

whentoplugin - ev charging application

BP Pulse

BP Pulse has replaced its previous application with the new one called Chargemaster. The new app comes with several new features, including the ability to locate and navigate charging points. Additionally, premier members of BP Pulse gain access to a greater number of charging points nearby. BP Pulse is regarded the best EV charging app in the UK due to its features, user-friendly interface, and affordable subscription rates.

BP Pulse - Ev charging App

RingGO Parking

The RingoGo parking app provides compatibility with both Android Auto and Apple CarPlay. RingGo parking app is considered one of the best parking apps currently available. It assists you in finding parking spaces near your destination with ease. The app also allows you to extend your parking time as needed. You may be surprised to find it listed as an EV charging app as well. RingGo offers the convenience of searching for car parking spaces with charging points, providing dual benefits with just one click.

Ring Go - Ev charging App

EV8 Switch

If you’re considering replacing your EV but unsure which one is the best fit for you, EV8 Switch is here to help. EV8 Switch analyzes your current car and driving habits, studying your typical journeys and routes, and suggests another electric car based on your routine. It also highlights charging points along your regular route. EV8 Switch ensures that you save money through your electric vehicle and charging habits.

ev8 switch

EVGO

EVGO is regarded as the best EV charging app in UK that helps you easily locate charging points near you. The application displays available charging points, and EVGO also provides the convenience of paying and charging your EV with a single swipe.

evgo - fast ev charging

Caura

Caura is an FCA-Approved app that manages all your car needs from one place. By using your vehicle registration number, Caura takes care of everything from parking and road tax to MOT, tolls, insurance, and more. It reduces vehicle-related administrative tasks and helps mitigate penalty fees. While not specifically designed for EV drivers, we believe it is a must-have for any driver. Caura can be used for a single vehicle or to support multiple registered vehicles, making it ideal for fleet managers.

Caura

Just Park

JustPark, the UK’s largest parking network boasting over 45,000 locations, serves as the ultimate connection between drivers and available parking spaces. Whether you’re seeking a parking spot or looking to rent out your driveway, JustPark is the essential app for you. It offers real-time parking space availability and streamlines pre-booking and payment processes through a single account.

just park uk ev app

ChargeHub

ChargeHub, owing to its features and user interface, regarded as the best app for EV charging station in UK. It efficiently shows you the nearest EV charging stations in your vicinity. Additionally, the application provides a platform for users to share their experiences about different charging points, contributing to its reputation as the best EV charging app in UK.

Charge Hub

The AA

The AA EV charging app is a reliable and convenient tool for electric vehicle owners. With its user-friendly interface, it allows users to easily locate and access charging stations. The app provides real-time information on station availability and pricing, ensuring a seamless charging experience. AA EV charging app is a must-have companion for EV drivers. And increasing number of users of The AA makes it the best EV charging app in UK.

Tesla – Best EV Charging App UK

If you own a Tesla electric vehicle, having the Tesla application on your phone is essential. The Tesla app stands out as the best EV charging app in UK, offering access to their extensive network of supercharging stations. With nearly 100,000 charging points worldwide, the app provides comprehensive coverage. It also monitors the charging process and sends notifications when your EV is fully charged. Additionally, the Tesla app offers various other features like unlocking the car, managing temperature settings, venting the sunroof, and more. These exceptional features solidify Tesla’s position as the best EV charging app in UK and globally.

Tesla ev charging app in the uk

A Better Routeplanner (ABRP)

The ABRP (A Better Route Planner) app is renowned as the best EV charging app in UK. It specializes in efficient journey planning for electric vehicles. By inputting your vehicle type, starting state of charge, and desired charging stop frequency, it calculates optimal charging locations and durations. This enables you to maximize your charge and minimize journey time.

A Better Routeplanner (ABRP)

FAQs

Can I Charge My EV Without a Card?

Yes, it’s true! You can now charge your electric vehicle without a card. Several EV applications offer contactless payment options, which not only save you money but also valuable time.

Which is the Best EV Charging App in UK?

There are several EV charging apps that can be considered among the best in the UK. When considering features, subscription charges, and reputation, the top contenders in the EV charging category are Tesla, Bonnet, ZAP MAP, and Plug Share.

Is There Any App for Free EV Charging?

Yes, indeed! There are a few apps that provide free EV charging options, such as PlugShare, ChargePoint, EVHotel, EVGO, and others.

Summary

The number of electric vehicles is increasing each day, and every EV owner requires an app to navigate, locate nearby charging stations, find parking spaces, and manage car documents. Numerous EV apps are available on both Android and Apple stores, allowing you to choose the one that suits you best.

If you’re tired of searching for an EV charging point, MAK Energy can assist you in installing an EV charging station at your home. With MAK Energy’s EV charging station installation, you can eliminate the hassle of searching for a station and save a significant amount of money. If you have any queries regarding EV charger installation, feel free to contact us, and we will do our best to resolve any issues you may have.

Installing solar panels at your home or business premises can give you peace of mind as you no longer have to worry about the impact that your electricity bill has on your bank balance. The first challenge you face when considering installing a solar PV system and reaping these benefits is obtaining solar panels quotes. You might wonder from whom to get the quotation, how many quotes to obtain, what factors to consider before requesting solar quotation, and how to understand the given quotations from installers. These are all questions you may have encountered before. However, here we will provide you with the information you need to ask/understand before obtaining a solar panel quotation from an MCS certified installer. We will also guide you on what a solar panel quote is and what it entails.

To receive free solar panel quotes, simply fill out our quotation form, which takes no longer than one minute to complete. After submitting the form, a professional from MAK Energy will promptly get in touch with you and provide you with a competitively priced solar panel quotation. If you have already obtained quote for solar panels, don’t wait until tomorrow. Get your solar system installed now and start enjoying free electricity for years to come.

13 Things to Ask Before Getting Solar Panel Quotes

Click on the picture below or here to land on Free Quotation page!

Solar panels quote form

1 – Why Get a Solar Panel Quote?

Before getting a solar panel system installed, individuals typically want to gather information about it. One would obtain a solar quote to learn about the cost, specifications, and available options for installing solar panels. Getting a quote enables individuals to assess the financial feasibility of solar panel installation, compare prices and offerings from different providers, and make an informed decision about whether to proceed with the project. It provides valuable information about the required investment, potential savings on electricity bills, and the overall benefits of switching to solar energy.

2 – How Much Electricity Do You Use Annually?

The first and foremost thing you need to check before obtaining solar panels quotes is your annual electricity usage. This will help you determine your energy consumption and the appropriate size of solar panels you require. To check your annual electricity usage, simply refer to your electricity bills from the past 12 months. If you are unable to find this information, contact your supplier, and they will provide you with the necessary details. On average, a 3-bedroom home consumes approximately 3000 kW per year, and for such homes, a 3-4 kW solar system is typically sufficient to power the electricity needs of the house.

3 – Is Your Electricity Usage Going to Increase Soon?

Are you planning to install any new electric appliances in the near future that could potentially increase your electricity bill? For example, if you’re considering installing a heating system or a heat-only boiler in a large house, or if you plan to have an electric vehicle charging point at home, it is crucial to take these factors into account before obtaining solar panel quotes. Failing to consider these future plans may result in higher energy usage and a solar panel system with insufficient capacity, leading to continued high electricity bills. Therefore, it is important to keep your future plans in mind when requesting solar panels quotes.

4 – Where You Will Install the Solar Panels – Roof Top or Ground Mounted?

Not every rooftop is suitable for solar panel installation due to various factors such as shading areas near the roof, the condition of the roof, and its design. It is essential to assess the location where your solar panel system will be installed before obtaining a quote for solar panels.

5 – What Type of Solar Panel Will You Need?

Usually, two types of solar panels are commonly used: monocrystalline and polycrystalline.

Monocrystalline

Monocrystalline solar panels are generally more expensive compared to other types of solar panels, but they offer higher efficiency rates. Their efficiency typically ranges between 15% to 25%.

Polycrystalline

Polycrystalline solar panels are a cost-effective option that is more affordable than monocrystalline panels, although they have slightly lower efficiency. Despite this, they remain highly effective and environmentally friendly. The efficiency of polycrystalline solar panels typically ranges between 13% and 17%.

6 – Is Your Roof Suitable?

In most cases, solar panels are installed on rooftops. However, it is important to determine if your roof is suitable for solar panel installation before obtaining solar panel quotes. Suitability means ensuring that your roof has sufficient space and that the panels can be tilted vertically at an angle between 30 and 45 degrees. This angle ensures that the solar panels are optimally exposed to sunlight, resulting in increased electricity generation.

7 – Does Installer Hold the MCS Certification?

The MCS Certification is a quality assurance initiative that ensures the installer is well-equipped and maintains quality and reliability for the customer. Therefore, it is important to check whether the installer from whom you are obtaining the solar panel quote is MCS certified. If they are certified, you can proceed with confidence. However, if the installer is not certified, it is advisable not to obtain a quote for solar panels from them.

8 – How Many solar Panels Quotes Should I Get?

The more sources of information you have, the more familiar you become with solar PV systems. This holds true for obtaining quotes for solar panels as well. It is recommended to gather at least three quotations from competitive installers and compare their products and costs. Remember that cheaper isn’t always better. Therefore, it is important not to rely solely on the price but also consider factors such as the quality of products, the reputation of the installation company, and the number of systems they have successfully installed.

9 – What is a Feasibility Study?

The assessment of a solar system’s financial and technical aspects is commonly known as the feasibility study of the solar panel system. This study serves as the initial step in evaluating a new renewable energy project. The scope of the feasibility study depends on the size of the system, whether it is small or large. However, typically, a feasibility study assesses the following areas:

  • Project Background
  • Site Selection
  • Recommended Technologies
  • Economic Analysis
  • Community Impact

10 – What Should Solar Panels Quotes Include?

Geographical location and number of sunlight hours your house receive every day make huge impact on the productivity of the system. and the quote should start off with consideration of geographical location and sunlight hours.

solar panels quotes for the family

11 – List Of Hardware Included in The System

The hardware usually includes the solar panels, solar inverter, batteries, racking, brackets and other important parts for the system. these are the hardware for the new panel system installation. if you already have installed system at your place and want to upgrade it, the case could be different. But usually following are the items are included in the quotation:

  • Solar Panels
  • Solar Inverter
  • Brackets
  • Racking
  • Batteries (Optional)
  • Mounting Structure
  • Scaffolding.

Any Warranty

The solar panel quotation should include a warranty that covers all defects in the solar system. These defects may include issues such as reduced production of solar panels, disconnected cables, failed isolators due to water damage, or a loose racking system. While warranty terms may vary among different suppliers, typically, solar panels come with a 25-year warranty. They often provide a 90% production warranty for the first 10 years and an 80% production warranty at 25 years.

Proposed Roof Plan Sketch

To alleviate any concerns about whether your roof is suitable for solar panels, a solar panel quotation should include the proposed layout of the solar panels on your roof. It should clearly indicate the tilt, spacing, and orientation of the panels. This information allows you to assess whether the proposed layout is suitable and practical for your specific needs.

12 – Brands of the Items Use in the System

The solar panel quotes should also include the company of solar panels, which company of solar inverter will be used and batteries if added. You can yourself research about the best solar panels before getting a quotation.

Number of Panels

You must be aware of the number of solar panels that will be installed, and this information should be included in the solar panel quotation. The number of panels will impact the size of the installation and the area they will cover.

Projected Energy Output

The projected output refers to the estimated energy production of the solar panel system. It is important to know how much electricity your solar panel system will generate throughout the year. Additionally, it is crucial to check whether the solar panels quote indicates any potential deficiencies in the solar panel production, such as shading issues. This estimate will provide a more accurate assessment of the expected energy output.

Projected Money saving

The solar panels quote will also outline the potential savings on your energy bill that can be achieved by installing the particular system. This projection will be based on the information you provide about your annual electricity consumption to the supplier. It’s important to note that if you increase your electricity usage after installing the solar system, the savings will naturally decrease accordingly.

13 – Overall Cost of Your System   

The total cost will encompass the breakdown of hardware prices, installation charges, and labour costs. The solar panels quote should include a clear outline of individual items to ensure transparency and clarity. Additionally, the quotation should account for any additional costs related to tiled roofs or split arrays.

We hope you now understand how to prepare for the solar panels quotes and what should be included in it. If you are in need of a solar panel quotation, MAK Energy is here to assist you. To obtain a free quotation, simply leave us a message or fill out the quotation form.

A ground source heat pump is a renewable energy solution for heating systems in homes and business premises. The installation of a ground source heat pump requires either a borehole or a trench system, both of which extract heat from the ground. A borehole for the ground source heat pump is the most practical solution. However, drilling the borehole requires an experienced professional who can safely and efficiently carry out the drilling process.

Ground source heat pumps use vertical ground collectors or arrays to extract heat energy from the ground and transfer it to the heat pump. The costliest aspect of installing a ground source heat pump is the underground pipework, which can be done through vertical or horizontal ground loop systems.

In this article, we will discuss ground source heat pump borehole cost, including their functionality, working principle, and other essential information for those interested in this technology.

What is Ground Source Heat Pump?

A ground source heat pump operates by extracting heat from the ground, utilizing the accumulated warmth within the soil. This heat is then transferred to the pump, which distributes it to the desired area through a network of underground pipes. By opting for a ground source heating system, you not only contribute to environmental sustainability but also enjoy significant cost savings on your electricity bills. Before installing such a system, it is crucial to evaluate the different types of ground source heating systems available and select the one that best suits your specific needs. Embrace the Eco-friendly and cost-effective benefits of ground source heat pumps to efficiently heat your home.

What is Ground Source Heat Pump Borehole?

A ground source heat pump borehole is a vertical ground array or collector designed to extract heat energy from the ground for a ground source heat pump. Borehole systems offer the advantage of space-saving and minimal disruption during heat pump installation projects. In a vertical borehole system, only a width of 100-150 mm of garden or driveway space is required per borehole. The depth of each borehole typically ranges from 60 to 230 mm.

Here is how a ground source heat pump borehole works:

  1. A series of pipes are inserted into the ground, typically at a depth of 60-200 meters.
  2. The pipes are filled with a heat transfer fluid, which circulates through the ground.
  3. The heat transfer fluid absorbs heat from the ground, which is then transferred to the heat pump.
  4. The heat pump then uses the heat-to-heat water or air.

Why Choose Boreholes for Your Ground Source Heat Pump Project?

The borehole system for a heat pump is not only highly effective but also a practical solution, especially for those residing in small spaces with limited areas such as gardens or driveways. However, an alternative option is the horizontal system, which involves trenches covering a larger land area. If you own a substantial land area, the horizontal system may be a more cost-effective choice compared to the borehole system. In terms of reliability, the borehole ground source heat pump stands out as a dependable energy source.

Types of Ground Source Heat pump system

Closed-Loop Heat Pump

Closed-loop geothermal heat pumps typically utilize a closed loop system to circulate an antifreeze solution. The closed loop system consists of plastic tubing, which can either be buried in the ground or submerged in water. A heat exchanger is responsible for transferring heat between the refrigerant in the heat pump and the antifreeze solution circulating within the closed loop.

Another closed-loop system, known as direct exchange, operates without a heat exchanger. Instead, the refrigerant is pumped through copper tubing that is buried horizontally or vertically in the ground. Direct exchange systems require a larger compressor and are most effective in moist soils. It may be necessary to irrigate the soil to maintain adequate moisture levels. However, it is crucial to avoid installing these systems in soils that can corrode the copper tubing.

Horizontal Borehole

For residential installations, especially in new constructions with ample available land, this type of installation is generally the most cost-effective option. It involves digging trenches that are at least four feet deep. The common configurations for this installation approach involve the use of two pipes. One pipe is buried at a depth of six feet, while the other is buried at four feet. Alternatively, two pipes are placed side by side at a depth of five feet within a two-feet-wide trench.

Horizontal closed loop heat pump system - ground source heat pump borehole

The Slinky method, which loops the pipe, allows for more pipe to be accommodated in a shorter trench. This not only reduces installation costs but also enables horizontal installation in areas where it would not be feasible with conventional methods.

Vertical Borehole

Vertical systems are commonly employed in large commercial buildings and schools due to the impracticality of using horizontal loops given the required land area. They are also utilized in areas with shallow soil that is unsuitable for trenching, and they minimize disruption to existing landscaping.

Vertical closed loop heat pump system - ground source heat pump borehole

In a vertical system, approximately four-inch diameter holes are drilled at intervals of about 20 feet, reaching depths of 100 to 400 feet in each hole, two pipes are inserted and connected at the bottom in a U-bend shape to create a loop. The pipes are securely fixed with grouting to optimize performance. These vertical loops are then interconnected using horizontal pipes, called a manifold, which are placed in trenches and connected to the heat pump located within the building.

Open Loop Heat Pump

In this particular system, a well or surface body water functions as the heat exchange medium, circulating directly through the ground source heat pump (GHP) system. Once the water has passed through the system, it is then reintroduced to the ground through a well, recharge well, or surface discharge. This approach is feasible when there is a sufficient and clean water supply available, while also ensuring compliance with local codes and regulations pertaining to groundwater discharge.

types of ground source heat pumps

How Much Does a Ground Source Heat Pump Borehole Cost?

A borehole is a more expensive option for a ground source heating system due to the additional cost of drilling. However, it offers a good return on investment in the long run. Digging a borehole, whether horizontally or vertically, is an essential part of a ground source heat pump system and cannot be skipped. The ground source heat pump borehole cost depends on factors such as the type of system and the required digging. On average, you can expect to pay around £23 to £28 per meter for drilling a borehole, with the project taking 2 to 3 days to complete. The average ground source heat pump borehole cost ranges from £3,500 to £5,900, resulting in an overall project cost of £25,000 to £30,000.

In contrast, a horizontal trench is a cheaper alternative to a borehole heat pump, with a cost ranging from £2 to £5 per meter. The project can be completed in 1 to 2 days, and each trench will cost £2,500 to £4,500. The total cost of the project using horizontal trenches falls within the range of £14,000 to £24,000.

ground source heat pump borehole drilling machine

What Affects the Cost of Digging a Borehole?

The cost of digging a borehole can be influenced by various factors, including the depth and diameter of the borehole, soil type, geographical location, labour costs, and material expenses. It’s important to consider these factors when estimating the ground source heat pump borehole cost.

Weather You Require Borehole or Trench

As mentioned earlier, the cost of installing a borehole system is higher compared to a trench system. However, the borehole heat pump system offers greater efficiency and requires less space, whereas the trench system requires more land space but is more cost-effective. If you have a large area available and require a lower heating system, the trench system is a suitable choice. On the other hand, if space is limited, the borehole system is the better option.

Digging a horizontal trench can be done with standard machinery and is relatively inexpensive, costing around £3 to £6 per meter. In contrast, a borehole heat pump installation can cost around £23 to £28 per meter. Therefore, cost is another factor to consider when deciding on the system to install. If affordability is a priority, the horizontal trench system is the best option. However, if upfront cost is not a concern, the borehole or vertical ground source heating system is a favorable choice.

What Sort of Projects Do Boreholes Suit?

Ground source heat pump boreholes are typically utilized for domestic applications, large commercial projects, or sites where space is limited. They are particularly suitable when there isn’t enough room for horizontal arrays, such as slinky pipes in trenches. Vertical boreholes are highly recommended by MAK Energy as they not only provide efficient heat, but also save space during installation.

How Deep Are Boreholes?

Boreholes typically range in depth from 55 to 190 mm and have a width of 145 mm. However, to fully harness the potential of a ground source heat pump, medium-depth boreholes ranging from 310 mm to 410 mm can be used. These medium-depth boreholes are particularly beneficial in congested city locations. It is crucial to hire an experienced professional contractor for the drilling process, as it requires expertise and responsibility.

What Should I Consider Before Installing A Borehole?

Installing a ground source heat pump borehole is a complex process that requires a high level of professionalism. However, there are some essential factors to consider before proceeding with the installation. These considerations include:

Sizing and Efficiency of Borehole

The most effective method for determining the depth of a borehole is by considering the ground’s specific heat extraction properties, which are measured in watts per meter of borehole length. The performance of the borehole relies on the geographical location and its thermal conductivity. Generally, an 80 to 110 mm borehole can provide an extract-able heat output of 4 to 6 kW per year, based on 1800 running hours.

Ground Condition

A geological survey determines the material composition of the drilling area, guiding the borehole field design. Different geological conditions have varying heat transfer characteristics, such as loose stones at 20 W/m and granite at 55-70 W/m. The survey also identifies mine workings or aquifers, allowing for the utilization of subterranean water sources in open loop boreholes.

Spacing between Multiple Boreholes

If you are using multiple boreholes for your ground source heating system, there will be a space between each borehole. The average space need between each borehole is 5 to 6 m and it is also recommended to drill 5 to 6 m away from the building to avoid any interference between each borehole.

Summary

Determining whether a trench or borehole system is best suited for your needs can be a bit challenging. It largely depends on factors such as your budget, property size, and heating demands. However, overall, the ground source heat pump borehole is considered the optimal choice for maximizing the heating efficiency in both residential and commercial premises. It’s important to keep in mind that while the ground source heat pump borehole cost may be higher compared to other heating systems, the borehole heat pump provides efficient and effective heating.

Would you like a solar panel that can provide you with hot water throughout the year, day and night, regardless of rain, snow, or shine? If so, you’re in for a surprise. Thermodynamic solar panels are designed to heat water through the day and even at night by absorbing heat from the surrounding air.

Thermodynamic solar panels resemble traditional solar panels in appearance, but instead of harnessing energy from the sun, they extract heat from the outdoor air. They operate more similarly to a solar air source heat pump than a solar thermal panel. By absorbing heat from the atmosphere and converting it into a gas, they utilize reverse refrigerator technology to generate hot water through a thermodynamic system. Though the technology is not as familiar for domestic use, thermodynamic panel have numerous benefits. In this article, we will delve into the knowledge of thermodynamics, understanding what it is, how it works, and provide essential information about thermodynamic panels.

What are Thermodynamic Panels?

Thermodynamic panels are a combination of air source heat pump and solar thermal panels. They may resemble solar panels in appearance, but their purpose is completely different; they function as a heat pump. Thermodynamic panels can provide hot water throughout the year, regardless of weather conditions and time. They operate even at night by absorbing heat from the air and transferring it to a refrigerant. Despite their ability to provide hot water 24/7, this technology has not gained the same momentum as heat pumps and solar thermal panels.

How Do Thermodynamic Panels Work?

how do thermodynamic panels work?

Thermodynamic panels absorb heat from the surrounding air, regardless of whether it is day or night, sunny or cloudy. They do not rely solely on direct sunlight like traditional solar panels. The absorbed heat is transferred to a refrigerant fluid contained within the panel. This causes the refrigerant to vaporize and become a gas. The gas is then compressed, which increases its temperature even further. The hot gas is passed through a heat exchanger where it releases its heat energy to the water. After releasing its heat, the refrigerant condenses back into a liquid state.

This process generates a significant amount of heat that is transferred to the water, thus raising its temperature. The liquid refrigerant then flows back to the thermodynamic panel to repeat the cycle, absorbing more heat from the air and continuing the process of heating the water.

Benefits of Thermodynamic Solar Panels

Thermodynamic panels can provide various benefits, yet the installation rate of thermodynamic solar panels remains relatively low. Here are some important benefits of thermodynamic solar panels:

  1. Provide hot water 24/7: Thermodynamic panels ensure a constant supply of hot water, regardless of the time of day.
  2. Work in any weather condition: Whether it’s sunny, cloudy, or rainy, thermodynamic panels can operate efficiently and generate hot water.
  3. Don’t require direct sunlight: Unlike traditional solar panels, thermodynamic panels do not rely on direct sunlight to function effectively.
  4. Work well even at -15°C: Thermodynamic panels can work efficiently even in colder temperatures as low as -15°C.
  5. Require minimal maintenance: Thermodynamic panels typically require very little maintenance, reducing the need for frequent servicing.
  6. Operate quietly: Thermodynamic panels operate quietly, minimizing any noise disturbance.
  7. Can be fitted to the side of a home: Thermodynamic panels can be installed on the side of a home, providing flexibility in their placement.

Are Thermodynamic Systems Similar to Air Source Heat Pumps?

In general, both air source heat pumps and thermodynamic panels are used for the same purpose of absorbing heat from the air and transferring it from one place to another. However, there are some differences in how they work. Air source heat pumps consist of a continuously running fan that consumes more electricity to operate. In contrast, thermodynamic panels utilize a compressor that requires comparatively less electricity than an air source heat pump. Generally, air source heat pumps are more efficient than thermodynamic systems.

They are designed to operate within a specific temperature range, allowing them to extract more heat from the air. Thermodynamic systems, on the other hand, can transfer heat over a wider range of temperatures, making them more versatile. However, this versatility comes at the cost of reduced efficiency in certain cases.

How Efficient are Thermodynamic Solar Panels?

Thermodynamic solar panels are generally more efficient than solar thermal panels. They have a coefficient of performance (COP) ranging from 1.5 to 2.2. This indicates that for each unit of electricity consumed by the compressor, the panels can produce 1.5 to 2.2 units of heat. The efficiency of thermodynamic panels can also be influenced by the choice of refrigerant. Certain refrigerants are more effective at extracting heat than others.

How Much Does a Thermodynamic Panel Cost?

Unlike solar thermal panels, thermodynamic solar panels are more expensive. The cost of a single thermodynamic panel typically ranges from £4500 to £5500. This cost includes the additional components and installation expenses. For larger homes, a greater number of thermodynamic panels will be required, leading to increased costs.

Thermodynamic Panel Considerations  

Thermodynamic panels can provide numerous benefits, but it is important to consider that the technology is still relatively unproven compared to other systems due to its complexity and potential issues. Here are some considerations you’ll need to make:

  1. Electricity consumption: Thermodynamic panels require electricity to run the compressor, which can result in higher operating costs.
  2. Cost: Each panel can range from £4500 to £5500., making them relatively expensive compared to other renewable energy technologies.
  3. Installation complexity: The installation process for thermodynamic panels is intricate and can be prone to errors if not carried out correctly.
  4. Incentives: As of now, thermodynamic panels may not be eligible for any specific incentives or subsidies.

Thermodynamic Panel Maintenance

Thermodynamic panels require minimal maintenance. However, it is advisable to schedule a general check-up once a year to ensure that the system is running perfectly and efficiently. Keeping the panels clean is important, and this can be achieved by simply using water or letting rainwater naturally clean them.

Thermodynamic Panel Installation  

One of the greatest advantages of thermodynamic panels is that they do not require direct sunlight and can be installed without occupying roof space. They can be mounted on the side of a property or even on a roof space. However, in many cases, homeowners prefer to install them on the side of their homes.

installation of thermodynamic panels

Do I Require a Hot Water Cylinder for Thermodynamic Solar Panels?

Similar to solar thermal panels and heat pumps, the utilization of thermodynamic panels also requires a hot water cylinder. This cylinder serves as the storage unit for the heated water produced by the thermodynamic panel system. It ensures a readily available supply of hot water for various household needs. The combination of thermodynamic panel and a hot water cylinder allows for efficient and continuous access to hot water throughout the day and night, regardless of weather conditions.

How Much Could You Save With Thermodynamic Panels?

The initial installation cost of thermodynamic solar panels is higher compared to other heating systems. However, their operational costs are significantly lower. These panels require less electricity to heat the hot water, resulting in potential savings of up to 70% on your electricity bill. Additionally, the return on investment for thermodynamic panels is relatively faster compared to other renewable energy technologies. The amount of money saved will depend on factors such as the system size, hot water requirements, electricity costs, and the performance of the thermodynamic panels.

Thermodynamic Panel Mounting Method

Wall mounting is the most common and cost-effective method of installing thermodynamic solar panels. The panels can be easily affixed to the wall using six stainless brackets. Even with multiple panels, they can be rack-mounted since they don’t require direct sunlight to generate heat. Alternatively, thermodynamic panels can also be installed on roof spaces, similar to solar PV systems.

Summary

Thermodynamic solar panels offer the advantage of providing hot water throughout the day, regardless of the prevailing weather conditions. While they may be considered relatively expensive, their numerous benefits and lower maintenance requirements make them an attractive choice for homeowners. The average cost of installing a single thermodynamic solar panel ranges from £4500 to £5500. Furthermore, their efficiency surpasses that of many other heating systems, offering increased energy savings. With their ability to harness heat from the surrounding air, thermodynamic solar panels ensure a consistent supply of hot water, making them a reliable and efficient option for residential use.

Solar panels for garden have now become the top priority for meeting energy needs, whether it’s for homes, commercial purposes, businesses, or even for your garden. The number of people switching to solar energy is increasing day by day, which is impressive. Installing solar panels in the garden is an excellent way to reduce energy bills, lower electricity costs, and gain the freedom to use energy according to your needs. You can keep the lights on during the night and power various appliances necessary for your garden.

In this blog, we will explore garden solar panels, their cost, and address the common question asked by garden owners: “Can I put solar panels in my garden?” This article will provide the answer to all of your queries.

Key Notes

  • Position solar panels to face south with an optimal angle (around 30-40 degrees) to maximize sunlight exposure in the UK’s climate
  • Check local regulations and permissions for garden solar panel installations to ensure compliance with legal requirements.
  • Consider hiring a professional installer for safety, efficiency, and to ensure your garden solar panels are correctly installed.
  • Check for available government incentives, tax credits, or feed-in tariffs for solar installations, as these can help offset costs.

What are Garden Solar Panels?

Generally, the solar panels used for garden applications are known as garden solar panels. There is no fundamental difference compared to solar panels used for domestic and commercial applications. However, there are certain factors to consider when installing garden solar panels, such as panel size and available space. You have the option to install them on the roof of a garden room or on the ground.

Solar panels for the garden

Garden solar panels are well-suited for powering various devices in the garden, such as lights, fountains, and irrigation systems. Additionally, they have the capability to generate electricity that can be utilized to power other devices in the home.

Can I Put Solar Panels in My Garden?

Yes, you can install solar panels in your garden. However, there are a few factors to consider before purchasing and installing solar panels garden. The first one is planning permission, which is generally permitted for most domestic installations, except for listed buildings. If you don’t require any permission, you can easily install solar panels in your garden. Another aspect to check before installation is the available space for installing the solar panels, whether you want to install them on the rooftop or on the ground.

garden solar panels

How Much Are Solar Panels for Garden?

The cost of installing solar panels for the garden can vary depending on factors such as the type of installation, type of solar panels, and the size of the garden. However, one can expect to start installing a solar panel for garden from approximately £2000. It is important to note that the actual price will depend on the size of the garden, the type of panels chosen, and the installation method (whether it is rooftop or ground-mounted). The given price is an estimated starting point.

Are Garden Solar Panels Bigger Than Roof Solar Panels?

The size of solar panels varies based on energy needs and demand. The size of solar panels for gardens is not necessarily larger than roof solar panels. If your purpose is to keep the lights on and water the garden, you may not require larger-sized panels. Portable solar panels can also be used in gardens, especially if your garden is located in a remote area. They are smaller in size and can be carried wherever you go.

solar panels garden

How Should My Garden Solar Panels Be Positioned?

To maximize the power output for solar panels for the garden, they should be positioned in the optimal direction. In the UK, obtaining the maximum sunlight hours can be challenging due to the country’s weather conditions. Ideally, solar panels should be angled at approximately 30 to 40 degrees to optimize energy production. By positioning garden solar panels in this manner, there is a higher likelihood of capturing the maximum hours of sunlight and generating more electricity for garden solar panels.

Can I Put Solar Panels on My Garden Room?

Solar panels can be installed on the rooftop of a garden, but it is essential to check the condition of the roof. Is it strong enough to support the weight of the solar panels? Additionally, you should assess how many hours of sunlight the roof receives in a day and check for any shading that may impact performance. If necessary, seek permission for installation. If all the mentioned aspects are satisfactory, then you can proceed with installing solar panels on your garden rooftop.

Are Garden Room Solar Panels Worth the Money?

Solar panels are always a worthwhile investment, offering numerous benefits. The amount of savings you can achieve will vary depending on factors such as the price of electricity in your area, the number of sunlight hours your garden receives, and the cost of installing solar panels in your area. If electricity rates are high in your area, installing a solar panel garden can be particularly worthwhile. To get a professional assessment, you can reach out to MAK Energy professionals. They provide free quotations and online surveys to help you determine the feasibility and potential benefits of installing solar panels in your garden.

What is the Best Type of Solar Panel for My Garden?

There are two major types of solar panels widely used in domestic and commercial applications. To achieve the best efficiency and performance, it is recommended to opt for monocrystalline panels, even though they may come at a higher cost compared to polycrystalline panels. Monocrystalline panels are capable of generating sufficient electricity for your garden and can maintain their production for over 25 years.

solar panels in the garden

Benefits of Installing Solar Panels for The Garden

Solar panels are widely recognized for offering numerous benefits to their owners. One of the greatest advantages is the potential to reduce electricity bills by up to 80%. When solar panels are installed in a garden, they can even achieve 100% savings on the electricity bill if batteries are added as a backup option to store excess generated electricity for nighttime use. Solar panel garden can add values to your garden. Now, let’s explore other benefits of installing solar panels for your garden.

  • Lower your carbon footprint
  • Reduce Electricity Bills
  • Increase property value
  • Very low maintenance

Summary

A solar panel garden is a sustainable method for generating electricity. Solar panels garden can be installed in various shapes and sizes to accommodate any type of garden. Solar panels for gardens are not necessarily larger or more expensive compared to panels installed on houses. The answer to the question “Can I put solar panels in my garden?” is a simple yes, you can install them. Having a solar panel garden offers significant benefits, such as access to electricity throughout the day and the convenience of watering your plants without concerns about high electricity rates or power outages.

Electronic gadgets have become an essential part of our lives, and without them, we feel lost, especially when we go camping, hiking, or for an outing. It’s common to find ourselves with drained batteries on our mobile phones, cameras, and other electronic devices after taking numerous pictures, using Google Maps to find difficult routes, and sending snaps to our loved ones. Finding a way to charge these gadgets in such places can be a challenging task, but with portable solar panels, you can make your outings, camping trips, and hiking more enjoyable and memorable.

We all know how important it is to have a reliable source of energy to charge our mobile phones, laptops, GPS devices, headlamps, and other devices that we bring with us to the outdoors. There are numerous portable solar panel for home use and camping in the market. In this article, we will discuss the top 10 portable solar panels for camping, including their features, power range, and efficiency rates.

aeiusny portable solar panels for home & camp

Top 10 Best Portable Solar Panels for Home Use & Camping

  1. Aeiusny Solar Panel Foldable 60W Portable Solar Charger
  2. DOKIO 110W 18V Portable Foldable Solar Panel Kit Monocrystalline with Controller
  3. Renogy 100-Watt 12 Volt Monocrystalline Off Grid
  4. Jackery SolarSaga 100W Portable Solar Panel
  5. ELECAENTA 30W Foldable Solar Charger 3 USB Ports PD18W QC3.0 Type-C Portable Solar Panel Kit
  6. BigBlue 14W Solar Charger Foldable Outdoor Solar Powered Charger
  7. ECO-WORTHY 120 Watts Foldable Solar Panel
  8. EF ECOFLOW 110 Watt Portable Solar Panel
  9. Solar Charger 26800mAh Power Bank – Hiluckey Wireless Portable Charger
  10. ROCKPALS SP003 100W Foldable Solar Panel

Aeiusny Solar Panel Foldable 60W Portable Solar Charger

There are many excellent foldable solar panels available for homes and camping, and choosing the best one can be quite a difficult endeavor due to different needs and power requirements. However, the Aeiusny Solar Panel Foldable 60W Portable Solar Charger is a product that we have chosen as one of the best portable solar panels for camping. It has an efficiency rate of 20% under perfect conditions.

To power all of your electronic gadgets during outings, such as electric stoves, heaters, lamps, mobile phones, and tablets, you need generators or solar panels. The Aeiusny Solar Panel Foldable 60W Portable Solar Charger is ideal for such situations and circumstances. It is a foldable solar panel that resembles a laptop bag and is lightweight, making it easy to carry along with you. It offers significantly more power than other 60W portable solar panel in UK. It also features multiple connectors, built-in USB ports, and an AC adapter option, allowing you to charge your cell phone and laptop without worrying about electricity fluctuations.

foldable solar panels

DOKIO 110W 18V Portable Foldable Solar Panel Kit Monocrystalline with Controller

The Dokio Monocrystalline portable solar panel kit is designed to charge car and caravan batteries, and it comes with a free controller for that purpose. Additionally, it can be used to charge a power station using one of the many connectors included with the charger. With the Dokio portable solar panel kit, you won’t need to use the charger controller to charge your power station separately. This product has one of the highest certifications for resistance to water and particles (IP65), making it suitable for outdoor use. It has dimensions of 54 x 73cm and weighs only 2.7kg, which means it can be easily carried along during outings as it is the one of the best camping solar panels in the UK.

DOKIO portable solar panel

Renogy 100-Watt 12 Volt Monocrystalline Off Grid

Renogy offers affordable solar panels that can be used with full-sized batteries, making them one of the best and ideal for camping solar panels in UK. These panels have the capability to charge full-sized batteries, which is why you will find a DC port on the back for connecting to the battery. However, it’s important to note that this portable solar panel does not have a USB port. The Renogy 100-watt solar panel comes with a 5-year warranty, ensuring long-term reliability and peace of mind.

Renogy 100-Watt 12 Volt Monocrystalline Off Grid

Jackery SolarSaga 100W Portable Solar Panel

Jackery is a well-renowned brand known for manufacturing mobile power stations, and they also offer portable solar panels that can be used with your mobile devices and power station. It is considered one of the best options in this list due to its compact size. Despite its small size, the Jackery SolarSaga provides 100 watts of power, which can be utilized through its built-in 2 USB ports. This device is of high quality and has received certification for its water resistance and particle protection (IP65). It is backed by a 2-year warranty. Overall, it is considered the best portable solar panel in UK for homes and camping.

jackery portable solar panels for camping

ELECAENTA 30W Foldable Solar Charger 3 USB Ports PD18W QC3.0 Type-C Portable Solar Panel Kit

The Elecaenta 30W foldable solar panel is the best and most affordable option for portable solar panel for home use and camping. It provides a practical amount of energy. While you may come across cheaper alternatives, they are usually just power banks. However, if you are camping or picnicking in the woods, the Elecaenta 30W is the ideal choice. On a perfect day, it can produce up to 30W of power, allowing you to keep your cell phone and tablet charged. It offers three outlet options: USB-A for 5V devices, QC3.0 12V/2A, and Type-C PD18W, providing plenty of connectivity options. Additionally, it is only 300 grams heavier and has an IPX5 rating, ensuring durability and water resistance.

ELECAENTA 30W Foldable Solar Charger

BigBlue 14W Solar Charger Foldable Outdoor Solar Powered Charger

The BigBlue 14W solar panel is best suited for those who prefer to travel light during outings and only carry essential electronic gadgets such as cell phones and tablets. It is particularly suitable for individuals who do not want to carry heavy chargers. The BigBlue solar panel weighs only 360 grams and when folded, it measures just 14.8 by 15.3cm. Unlike the previous model, it does not have multiple ports. It is designed to charge 5V devices, such as smartphones. Under perfect conditions, it can achieve an impressive efficiency rate of 23%. To maximize its output, it is recommended to angle it at 45 degrees. There is also a 28W variant available under the same name, which is recommended for its higher power wattage.

BigBlue 14W Solar Charger Foldable Outdoor Solar Powered Charger

ECO-WORTHY 120 Watts Foldable Solar Panel

What would you do if your car battery dies during your picnic? It would surely ruin your entire plan and the days you took off from work. However, with the ECO-WORTHY 120 Watts Foldable Solar Panel, you no longer need to worry because it is perfect for charging a car battery. This solar panel has a power output of 110W and operates at 18V. It is designed to provide energy even on cloudy days. With dimensions of 54 x 73cm and a weight of only 2.7kg, it is highly portable and convenient to carry along.

ECO-WORTHY 120 Watts Foldable Solar Panel

EF ECOFLOW 110 Watt Portable Solar Panel

The EF ECOFLOW 110 Watt is a one of the powerful and convenient portable solar panels for camping. It allows you to charge your devices on the go. With an impressive efficiency rate of 23%, this product ensures you get the most out of your solar energy. It is foldable and lightweight, making it easy to carry. Whether you’re camping, hiking, or simply relaxing in your backyard, the EF ECOFLOW 110 Watt Portable Solar Panel is the perfect companion to keep your devices charged and your adventures going.

portable solar panels uk

Solar Charger 26800mAh Power Bank – Hiluckey Wireless Portable Charger

I’m sure many people are here looking for a solar device to charge their cell phones while they are traveling, hiking, or on outings. The Solar Charger 26800mAh Power Bank – Hiluckey Wireless Portable Charger offers the best value for money, providing multiple connectivity options, solid build quality, and portability. Once fully charged, it can charge 6 to 8 cell phones and can be used to charge multiple devices simultaneously.

portable solar panels for home use

ROCKPALS SP003 100W Foldable Solar Panel

Rockpals is compatible with Jackery mobile power stations, making it a great option as a portable solar panel for home use. This cost-effective portable solar panel kit not only saves you money but also provides a good output of 100 watts. Additionally, it features three USB ports for charging cell phones or tablets, making it one of an excellent camping solar panels in UK. The portable solar panels are also water-resistant, making them suitable for charging mobile phones during power outages in the UK. Overall, Rockpals is considered the best portable solar panel for home use and camping.

portable solar panels for camping

Summary

People who love to go traveling know how important it is to have their electronic devices fully charged at all times in order to get the best route from GPS, capture memorable moments, and stay connected with others. Portable solar panels for camping are the perfect solution for all these concerns. Each portable solar panel in UK has its own unique features and qualities, and we have compiled a list of the 10 best options available. These panels are highly reliable, with a higher conversion rate compared to traditional solar panels, making them more dependable than others.

The advancement of solar energy has been truly remarkable compared to other renewable energy sources. It shines brightly as an environmentally friendly and affordable energy option. The cost of installing solar panels in the UK has significantly decreased as more manufacturers have entered the solar industry, resulting in a 75 to 80% decrease since June, 2008. This decrease makes solar energy much more cost-effective.

how much do solar panels cost? | cost of installing solar panels chart from 2008 to 2023

Solar panels effectively capture sunlight and convert it into electricity. The average cost of solar panel installation for a household in the UK ranges between £6,000 and £10,000, depending on the system size and type. In this article, we will provide comprehensive information on the cost of solar panel installation in the UK, factors that can influence the installation cost, how much does it cost to install solar panels in UK and other important details you need to know.

How Much Does It Cost to Install Solar Panels in the UK?

It is not possible to provide an exact cost of solar panel installation due to various factors that directly influence the installation cost. These factors include the size of the solar panel system, the type of mounting structure (whether it is roof-mounted or ground-mounted), the type of solar system, the quality of components used, and the labor cost for installation. These are the key factors that can either increase or decrease the cost of installation of solar panels in the UK. However, we can provide estimated prices for different sizes of solar systems in the UK. Let’s explore them one by one.

System SizeEstimated price
3kW system£5000 – £5500
4kW system£6000 – £6500
5kW system£6000 – £7000
10kW system£16000 – £18000

3kW Solar System Installation Cost In UK

A 3kW solar system is well-suited for households that consume between 2,500 kWh to 3,000 kWh annually and accommodate 3-4 people. On average, the cost for a 3kW solar system is ranges between £5,000 to £5,500. If you intend to install a battery along with it, the cost will increase to £9,000.

4kW Solar System Installation Cost In UK

A 4kW solar system is the most commonly used system for UK households as it generates sufficient electricity for an average home. In terms of price, the installation cost for a 4kW solar panel system in the UK ranges from £6,000 to £6,500. If you opt for a hybrid inverter, the price will be around £11,000.

5kW Solar System Installation Cost In UK

The 5kW solar system is ideal for a home with 5 people, as it generates sufficient electricity. The approximate cost of a 5kW solar system ranges from £6,000 to £7,000. If you choose to include a battery, the cost will exceed £11,000.

10kW Solar System Installation Cost In UK

A 10kW system is commonly used for small to medium-sized businesses such as general stores, warehouses, offices, and restaurants. It is an optimal choice for these types of businesses. In terms of cost, the installation cost for a 10kW solar panel system is around £16,000 to £18,000 for an on-grid system. For a hybrid system, the cost ranges from £20,500 to £22,500.

What are the Labor Costs?

labor cost of installing solar panels uk

When you receive a quote from solar system installation companies, it typically includes the cost of installation of solar panels. However, people often remain curious about how does it costs to install solar panels. There are two main methods for calculating the cost of installation of solar panels.

Labor Cost for Solar Panels Installation
System sizePer watt Labor CostTotal Estimated Labor Cost
3kw solar panels system20 pence per watt£600
4kw solar panels system20 pence per watt£800
5kw solar panels system20 pence per watt£1,000
10kw solar panels system20 pence per watt£2,000
15kw solar panels system20 pence per watt£3,000
20kw solar panels system20 pence per watt£4,000

Per Day cost

The labor cost for solar panel installation is typically charged per day, with an average range of £320 to £490 per installer per day. This amounts to a total cost of £720 to £980 per day. However, complex systems may incur higher costs due to the additional time required for installation.

Per watt cost

Another method of calculating the cost of solar panel installation is to charge per watt. Typically, a rate of 20 pence per watt is applied. For example, if you install a 5kW system, the labor cost would be approximately £1,000.

Additional Cost of Installing Solar Panels

There may be additional costs associated with installing solar panels, but most of these costs are optional and can enhance the efficiency of your system. Here are some additional components that can increase the overall cost of solar panel installation.

Solar Batteries 

In many cases, a 5.2kWh solar battery is installed with the solar panel system, which can cost between £4,000 and £11,000, depending on the capacity and size of the battery.

Solar Inverter

A solar inverter is an essential component for solar panels, and it typically costs between £1,000 and £2,000.

Solar Thermal System 

If you are considering a heating system for both air and water in addition to solar panels, the cost will increase by an additional £3,000 to £6,500 on top of the original cost of solar panel installation.

Factors That Affect the Solar Panels Installation Cost In UK     

The estimated prices for different system sizes have been mentioned above in the table. However, the cost of installing solar panels in UK can fluctuate due to various factors. Let’s discuss these factors one by one.

Type of Panels

Solar panels come in different brands and types, and the prices can vary accordingly. Monocrystalline solar panels are typically more expensive than polycrystalline solar panels. The type, size, and brand of solar panels are factors that significantly impact the cost of solar panel installation. By opting for polycrystalline solar panels, which are generally less expensive, you can save money on your installation.

Size of Your Solar System

It is a general rule that the larger the system, the higher the installation cost will be for solar panels. The cost of installation depends on the size you choose for your home or business. However, larger systems typically have a shorter payback period, and with net metering, you can easily sell any excess generated electricity back to the grid.

Installation Process

Another factor that can affect the cost of solar panel installation is the installation cost itself. This cost may vary depending on the location and type of installation required. However, if you possess sufficient skills and engineering knowledge, you can opt for a DIY approach. To guide you through the process, you can read our blog on a step-by-step guide for installing solar panels yourself. Nevertheless, it is recommended to have your solar panel system installed by a professional installer. The labor cost for installation will depend on the complexity and demands of the specific installation.

Customization

If you plan to add additional components to your solar panel system, such as solar batteries, a thermal system, and a water tank, please note that the more components you add, the higher the solar panel installation cost will be.

Solar Panels and SEG Scheme

To promote a clean and healthy environment, the government provides incentives to solar panel owners, and one of these incentives is the Smart Export Guarantee (SEG) scheme. The SEG scheme is offered in collaboration with energy companies and is designed for those who contribute green energy to the national grid. Under the SEG scheme, homeowners can receive a tariff for exporting excess electricity generated by their solar panels back to the grid. This provides a way to save hundreds of pounds annually.

What is the Break even Point of Solar Panels In UK?

There are rumors circulating that domestic solar panels never break even on their upfront costs. However, this is entirely incorrect. On average, the break-even point for domestic solar panel installations ranges from 11 to 18 years. Solar panels operate at maximum efficiency for approximately 25 years, and after the break-even period, they continue to generate free electricity for you.

Is It Worth to Install Solar Panels on Your Home?

Of course! Solar panels are a worthwhile investment for homes in the UK. Although the initial cost may seem high, solar panels provide you with cheap and clean energy for more than 25 years. After the break-even point, you will enjoy free electricity from the solar panels. Additionally, they make you energy independent and reduce your electricity bills. It is highly recommended to install solar panels in your home.

Conclusion

Solar panels are a great way of producing clean and environmentally friendly energy by harnessing the sun’s energy. The cost of installing solar panels in UK varies depending on various factors. However, you can start producing your own electricity for as low as £5,400. Although the initial cost of installing solar panels in UK is relatively high, it provides independence from the grid. When it comes to labor costs for different systems, one common question is, ‘How much does it cost to install solar panels?’ A general rule of thumb is that installers typically charge around £320 to £490 per day or £0.20 per watt. The specific cost will depend on which option is best suited for you.

Thousands of households in the UK utilize batteries as backup options for energy storage. A significant portion of these battery users charge their batteries using solar panels. However, listen carefully! If you wish to add batteries as a backup option but haven’t installed solar panels on your roof for any reason, you can still incorporate home battery storage in UK without solar.

Many people are unaware that home battery storage without solar still offers numerous benefits. We have outlined these advantages and highlighted why opting for home battery backup in UK without solar panels is a good idea.

If you would like to know the cost of home battery storage without solar in the UK, please get in touch with us. We will provide thorough guidance based on your requirements and needs.

Key Notes

  • Home battery storage systems are becoming increasingly popular even without solar panels. In 2022, the global residential energy storage market reached 16 gigawatt-hours (GWh), with projections of continued growth.
  • Homeowners can use battery storage to store cheaper off-peak electricity for later use, reducing reliance on the grid during expensive peak hours.
  • Home battery systems offer backup power during grid outages, enhancing grid resilience in blackout-prone areas.

What is Battery Energy Storage System?

Battery storage, also known as an energy storage system, involves the process of storing electricity in batteries. The energy stored in a battery system can come from the grid or renewable energy sources such as solar panels or wind energy. This stored energy can be utilized during peak hours or in the event of a power outage.

Does a Storage Battery Work Without Solar Panels?

Yes, a storage battery can function properly without solar panels. However, you will need to charge your batteries from an alternative source, such as grid electricity, which can be quite expensive. The advantage of having a battery storage system is that you can utilize its power during peak hours or in case of a power outage. 

However, it’s important to note that having home battery storage backup in UK without solar panels means you will still have to pay electricity bills even if you don’t rely on the grid during peak hours. While home battery storage without solar panels works well, it is highly recommended to install solar panels in order to reduce your overall electricity bills.

Why Home Battery Storage UK Without Solar Panels a Good Idea?

People may not be aware of the benefits of home battery storage systems without solar panels. However, there are multiple benefits to installing a home battery even without solar panels at home. Let’s discuss them one by one.

1. Reduce Your Electricity Bills.

Are you someone who wants to lower their electricity bills but doesn’t have solar panels installed on their roof? Don’t worry, a home battery storage system can provide you with a way to reduce your electricity costs. By utilizing a home storage battery, you can import cheaper off-peak power from the grid.

Throughout the day, there are several hours when electricity rates are lower. By charging your home batteries during these hours, you can effectively use them during peak hours when electricity rates are higher. All you need to do is program your battery storage system to charge from the grid during these specific hours.

save on your energy bills - Home Battery without solar panels

2. Provide Your Home with Backup Power Supply

Most homeowners in the UK use generators as a backup option in case of a power outage. However, generators are a costly means of generating electricity and do not provide uninterrupted power supply to homes. Home battery storage offers a cheaper alternative for power backup. Additionally, you can utilize the stored energy during peak hours of electricity consumption to lower your electricity bills.

energy on in the backyard of the house - Home Battery without solar panels

3. Home Battery Storage Makes You More Energy Independent

If you live in an area where solar panels or other renewable energy sources are not viable, home battery storage is the ideal solution for achieving energy independence. With home battery backup system, you gain greater control over the energy you use and reduce your dependence on the grid, even without solar panels. It provides you with the freedom to manage your energy consumption more efficiently and become less reliant on external sources.

How Much Does a Home Battery Storage UK Without Solar Cost?

To install home battery backup storage system in UK homes, you need to set up an AC control and battery system. The VAT on these systems is 20%, while the VAT on solar panel installations is 0%. Therefore, the cost of a home battery storage system without solar panels in the UK can range from £4,000 to £11,000. The total cost depends on factors such as the battery size, your energy demands, the brand and technology chosen, as well as the installer. To get a rough estimate of how much a home battery without solar panels would cost in the UK, please contact us for a free quotation.

Can I Add Solar Panels to a Battery System at a Later Date?

Yes! It is possible to integrate renewable energy sources such as solar panels and wind turbines with your existing home storage system. The process of merging the battery system with solar panels, when performed by a qualified installer like MAK Energy’s, is straightforward and uncomplicated. This integration is commonly referred to as retrofitting. Additionally, you have the option to expand the battery storage system at a later date, allowing you to increase your backup energy capacity.

Is Battery Storage Without Solar Worth It?

Installing battery storage is an excellent way to become more environmentally friendly, achieve energy independence, and lower your electricity bills. If you reside in an area where solar panels or other renewable energy sources are not feasible, home battery storage without solar panels is a worthwhile option. It enables greater energy independence, reduces electricity costs, and provides uninterrupted power supply during outages.

How Much Can You Save By Installing Home Battery Storage Without Solar Panels in UK?

On average, it costs 17.99p per kWh to charge a battery from the grid. If you have an 8kWh battery, it will cost you approximately £1.44 to fully charge it. However, charging your battery during peak hours can increase the cost to £2.72. The amount of money you can save by installing home battery storage without solar panels will depend on factors such as the size of the battery, the number of batteries, and the duration of charging. On average, a home battery storage in UK without solar panels can save you around £200 annually.

Conclusion

Home battery storage systems in the UK, even without solar panels, offer a wide range of benefits including cost savings, energy independence, backup power, environmental sustainability, and flexibility. Homeowners can still enjoy these advantages regardless of limitations for solar panel installation, making it a valuable and worthwhile investment for their energy needs. Investing in home battery storage in the UK, particularly if solar panels are not suitable for your property, can be a wise decision. The cost of a home battery storage system in the UK typically ranges from £4,500 to £11,000.

In the solar system, the inverter plays a crucial role in ensuring smooth functioning. Solar inverters are responsible for converting the direct current (DC) generated by solar panels into alternating current (AC), which is what our home appliances need to operate efficiently. You can purchase the best solar inverter from the list we provide in this article by carefully evaluating the performance and efficiency of each option.

When selecting a solar inverter, it’s essential to consider factors such as power output, conversion efficiency, durability, and advanced features. By thoroughly examining these aspects, you can make an informed decision and choose the inverter that best suits your specific needs. Investing in a high-performing and efficient solar inverter will ensure optimal energy production and maximize the return on your solar investment.

The market offers various types of inverters for solar panels, each with different brand names. In this article, we will delve into the best solar inverters in UK that are best suited for environment and solar panel systems. Let’s embark on an exploration of each one.

What Are the Different Types of Inverters?

Before diving into the discussion of the best solar inverters for solar panels in UK, you must have the knowledge of different types of the inverters.

Micro Inverter

Micro inverters for solar panels are the best choice for portable arrays as each micro solar inverter is attached to a separate solar panel. However, it can become costly if you have multiple solar panels, as you would need to attach a separate inverter to each panel.

Hybrid Inverter

Currently, hybrid inverters are the most widely used inverters for solar panel applications. They not only have the capacity to convert DC into AC but also save the excess electricity generated by solar panels into solar batteries for later use.

String Inverter

Unlike micro inverters, string inverters can be attached to multiple solar panels simultaneously, allowing them to consolidate and convert the combined power.

What Do Watts and Amps Mean?

To fully understand the concept of inverters, one must have knowledge about watts and amperes.

What Does Watts Mean?

Watts is a unit of power. It is commonly used to measure the power requirements of appliances. For instance, if an electronic device requires 20 volts and 15 amps, it means the appliance needs at least 300 watts to function.

What Do Watt-hours and Kilowatt-hours Mean?

A watt-hour is the measure of energy consumed by a device that draws one watt of power for one hour. A kilowatt is equivalent to a thousand watts, and a kilowatt-hour represents the energy consumed by a device that draws one kilowatt of power for one hour

What Are Amps?

An amp or ampere is a unit of electrical current. It is used to measure the flow of electricity, and in the context of solar panels, it plays a role in determining the size of cables and other components. Selecting the appropriate cable size is important, as high amp currents can generate heat in the wire, which may result in damage.

What Does Amp-Hours Mean?

Solar systems often include batteries as an energy backup option, and the power of the battery is measured in amp-hours. The amp-hour rating indicates the capacity of the battery, with higher amp-hour batteries having a greater capacity.

Understanding Solar Inverters

Before we dive into the top-rated solar inverters, let’s quickly understand what they are and how they play a crucial role in solar power systems. A solar inverter is the heart and soul of your solar power setup. It’s responsible for converting the direct current (DC) generated by your solar panels into usable alternating current (AC) that can power your home appliances.

So, without further ado, let’s explore the cream of the crop, the crème de la crème, the top 16 solar inverters in the UK that will surely make your solar dreams shine bright!

Top 16 Solar Inverters in the UK

InverterInput VoltageEfficiencyWarrantyPrice
The Fronius Primo 3.6kW Inverter LIGHTDC 170V
98%
2 years, increasing to 7 years once registerer£1,144.80 (INC VAT)
GivEnergy Giv-HY 3.6 Gen 2 DC, 600V98%5-years£1,850
Growatt MOD10-15KTL3-XDC, 200V98.1%10 years£1,600
Solis 5kW Hybrid 5G Inverter600V98.4%
10 years
£1,200
SolarEdge – SE6000H 6.0kW InverterDC 380V99 %12-years warranty extendable 25 years£1,400
Sungrow SG10RSDC, 600V98.6%10 years£1,590
SMA Sunny Boy 5.0DC, 125 v96.5%10 years£1,570
SolaX X1 Hybrid 7.5kW G4 InverterDC, 600 v97.6%10 years£1,550
Huawei Sun2000 5kDC, 200 v97.5%10 years£1,250
LuxPower Hybrid Inverter LPX 5K ACS – Powering Your Solar AmbitionsDC, 140 v
97.5%
10 Years£1,570
GoodWe GW5000M-ES-20DC, 600 V97%5 years£1800
Giandel 2000w Power InverterDC 12V to AC 240V output
90%.3 years£200
EvoSolar Prime600V98%5 years£1,500
SolarPro PowerMax600V96%5 years£1,300
LGES-5048 hybrid inverter500V97%10 years£2,195
Delta H5A-440440V98.5%5 years£2,500

The Fronius Primo 3.6kW Inverter Light – Efficiency at Its Finest

The Fronius inverters are widely recognized as top-tier inverters due to their excellent performance and efficiency in domestic applications. The Fronius Primo 3.6kW inverter, specifically designed for small to medium-sized solar PV systems, is highly suitable. These inverters have gained significant popularity in the UK. The Fronius Primo boasts an impressive efficiency rate of 98% and is backed by a warranty ranging from 2 to 7 years. It is considered the best hybrid inverter. In terms of price, it falls within the range of £1100 to £1200. The Fronius Primo inverter is widely regarded as one of the top 10 solar inverters available in the UK market due to its advanced features and excellent build quality.

The Fronius Primo 3.6kW Inverter Light

GivEnergy GivHY 3.6 Gen 2 – Reliable and Cost-Effective

The GivEnergy Giv-HY 3.6 Gen 2 is an advanced solar hybrid inverter renowned for its outstanding performance and reliability. Featuring a compact design and state-of-the-art technology, it effortlessly combines solar power, battery storage, and grid connectivity. GivEnergy inverters boast an impressive efficiency of 97.6% and are backed by a 5-year warranty. The GivEnergy inverters are considered the best solar inverters in UK due to their reliability and performance in all weather conditions.

GivEnergy Giv-HY 3.6 Gen 2

Growatt MOD10-15KTL3-X – The Reliable Workhorse

The company entered the industry in 2010 with a vision to make the world greener and more environmentally friendly. This quickly propelled them to become one of the leading solar inverter companies globally. They offer inverters for both domestic and commercial applications. Their MOD generation inverters are particularly suitable for smaller and indoor installations. These inverters boast a high efficiency rate of 98.1% and come with a 10-year warranty.

Growatt MOD10-15KTL3-X

Solis 5kW Hybrid 5G Inverter – Power Meets Versatility

Solis is a Chinese inverter company. Solis inverters are commonly regarded as entry-level inverters. However, their 5G inverter models, like the Solis 5kW Hybrid 5G inverter, come with excellent features such as a wide MPPT voltage range, a certified DC isolator, and integrated power control. The inverter boasts an efficiency rating of 97.6%, and the company also provides a 10-year product warranty.

Solis 5kW Hybrid 5G Inverter

SolarEdge – SE6000H 6.0kW Inverter – Exceptional Performance, Every Time

SolarEdge is a leading brand in string inverters and is known for producing the best solar inverters in this category. With an impressive efficiency rate of 99%, SolarEdge outperforms other string inverters in the market, which typically provide around 93% efficiency. SolarEdge inverters have gained popularity in the UK for their cutting-edge power optimization and monitoring capabilities, making them one of the top 10 solar inverters and best hybrid inverter contender in the market.

The SolarEdge SE6000H 6.0kW Inverter is a reliable and cost-effective solution for on-grid solar systems. Its high efficiency allows it to maximize the power output from your solar panels. What sets SolarEdge apart from other inverters is its exceptional warranty, offering a generous 12 years of coverage, which is almost twice the average inverter warranty range of 5-10 years. Additionally, SolarEdge inverters are compatible with AC batteries, providing you with added flexibility.

SolarEdge – SE6000H 6.0kW Inverter

Sungrow SG10RS Powering the Future

Sungrow has been manufacturing top-class inverters since 1997, which has contributed to its position among the top three renewable energy companies worldwide. Their new SG series exemplifies sleek and beautiful design, while also delivering high performance and an impressive efficiency rating of 98.6%. Additionally, the company provides a 10-year warranty for their solar inverters.

The new series also features built-in smart PID functionality. Sungrow SG series inverters are among the best solar inverters in UK, owing to their higher efficiency rate and a decade-long warranty, making them the first choice for domestic users.

Sungrow SG10RS

SMA Sunny Boy 5.0 – Harnessing Solar Power with Efficiency

The SMA Sunny Boy inverter is one of top 10 solar inverters choices in the UK for its high efficiency and reliable performance. SMA inverters have been a trusted brand for over two decades. Not only are their solar inverters reliable, but they also boast an aesthetically pleasing design.

The Sunny Boy solar inverter, in particular, is highly practical, just like its visually appealing color. Its available software makes it incredibly reliable by allowing real-time system monitoring. The Sunny Boy 5.0 solar inverter offers an impressive efficiency rate of 98% and comes with a 10-year warranty.

SolaX X1 Hybrid 7.5kW G4 Inverter – Optimal Performance Guaranteed

SolaX is renowned for its innovative contributions to the inverter industry. The SolaX X1, considered the best 3rd generation inverter, offers the unique feature of integrating battery capacity into its design along with an advanced energy control system. The performance of the SolaX X1 hybrid solar inverter is unmatched, boasting an efficiency rate of 97% and a 10-year warranty.

SolaX X1 Hybrid 7.5kW G4 Inverter

Huawei Sun2000 5k – Powering Your Solar Dreams

The Huawei Sun2000 5k is a best hybrid inverter that efficiently stores excess energy generated by your solar panels into batteries. With its built-in capacity for energy storage, there’s no need for any additional elements to store electricity in the batteries. The inverter boasts an impressive efficiency rating of 97.5% and comes with a 10-year warranty.

Huawei prioritizes safety, incorporating advanced ACFI (Arc Fault Circuit Interrupter) technology. This technology ensures an immediate shutdown in the event of any danger, damage, or fault. Additionally, their arc fault detection system is considered the best available in the industry.

Huawei Sun2000 5k

LuxPower Hybrid Inverter LPX 5K ACS – Powering Your Solar Ambitions

LuxPower hybrid inverters have gained a significant market presence due to their utilization of advanced technology, as well as their reliability and efficiency. The brand was founded by a group of engineers in early 2017 and has rapidly emerged as a leading supplier of inverters. LuxPower inverters are known for their reliability, making them suitable for both indoor and outdoor installations.

The LuxPower hybrid inverter LPX 5K ACS, for instance, offers an impressive efficiency rate of 97.5% and comes with a 10-year warranty. These inverters are compatible with most DC batteries. LuxPower also provides various modes, including self-consumption, utility-first, even and off-grid modes, and forced time charge and discharge. They offer both single-phase and three-phase inverters, capable of delivering outputs of up to 60kW.

LuxPower Hybrid Inverter LPX 5K ACS

GoodWe GW5000M-ES-20 – Efficient and Reliable Energy Conversion

GoodWe is a highly regarded and renowned solar inverter company. The GoodWe GW5000N-ES-20 exemplifies their commitment to flexibility, maintaining an impressive 97% efficiency rating. Whether for domestic or commercial solar installations, the GoodWe GW5000M-ES-20 offers reliable performance. GoodWe inverters have earned a reputation as the best hybrid inverters for their exceptional reliability and value for money, making them one of the top 10 solar inverters choice among domestic and commercial users in the UK.

GoodWe GW5000M-ES-20

Giandel 2000w Power Inverter – Maximum Efficiency, Minimal Losses

Giandel is among the top 10 solar inverters that include a battery charger and cable. This inverter is designed to operate in freezing weather conditions. It is highly efficient and reliable. The Giandel 2000w inverter boasts an impressive efficiency rate of 90%. Additionally, the company offers a 3-year warranty on their products.

Giandel 2000w Power Inverter

LGES-5048 hybrid inverter

LG faced production challenges and had to limit production during the COVID-19 pandemic, which impacted their PV appliance manufacturing. There were concerns about the company’s future. However, LG has made a comeback and is gradually reintroducing products in the renewable energy sector, including the LGES-5048 best hybrid inverter.

The LGES-5048 hybrid inverter is an impressive offering from LG in the renewable energy sector. Designed to meet the evolving needs of modern energy systems, this hybrid inverter combines the benefits of solar power generation and energy storage in a single unit.

One notable feature of the LGES-5048 best hybrid inverter is its versatility. It seamlessly integrates with both solar panels and battery storage systems, allowing you to maximize the use of clean energy while also providing backup power during grid outages. This flexibility makes it an ideal choice for homeowners and businesses looking to optimize their energy consumption and reduce reliance on the grid.

LGES-5048 hybrid inverter

EvoSolar Prime – Efficient and Reliable Energy Conversion –

EvoSolar Prime offers efficient and reliable energy conversion for your solar system. With a 600V input voltage capacity and a 95% efficiency rating, it delivers consistent performance while optimizing your energy output. EvoSolar Prime ensures that you make the most of your solar investment, providing a reliable source of clean energy.

Delta H5A-440

The Delta H5A-440 solar inverter has a maximum input voltage of 440 volts. This means that it can handle input voltages up to 440 volts. The input voltage of a solar inverter is important because it determines how much power the inverter can handle. A higher input voltage will allow the inverter to handle more power. The Delta H5A-440 solar inverter can handle input voltages from 180 to 440 volts. This makes it a good choice for solar systems that are located in areas with high solar irradiance.

The input voltage of a solar inverter is also affected by the number of solar panels in the system. The more solar panels in the system, the higher the input voltage will be.

If you are considering buying a Delta H5A-440 solar inverter, you need to make sure that the input voltage is compatible with your solar system. You should also make sure that the inverter is capable of handling the amount of power that your solar system will generate.

Delta H5A-440

SolarPro PowerMax – Reliable and Efficient Energy Conversion

SolarPro PowerMax combines reliability and efficiency to deliver optimal energy conversion. With a 600V input voltage capacity and a 96% efficiency rating, it ensures that you get the most out of your solar system. SolarPro PowerMax offers reliable performance and efficient energy conversion, making it a trusted choice for solar enthusiasts.

SolarPro PowerMax inverter

What to Consider when buying Solar Inverter?

When buying a solar inverter, there are several important factors to consider to ensure you make the right choice for your solar power system. Here are some key points to keep in mind:

  1. Power Output Determine the power output requirements of your solar system. The inverter should be able to handle the maximum power generated by your solar panels. Consider both the continuous power rating and the peak power handling capability of the inverter.
  2. Efficiency Look for inverters with high efficiency ratings. Higher efficiency means more of the solar energy is converted into usable electricity, resulting in better overall system performance and energy savings.
  3. Inverter Type – Choose the right type of inverter for your needs. The common types include string inverters, microinverters, and power optimizers. Each has its advantages and suitability for different installation scenarios.
  4. Compatibility Ensure that the inverter is compatible with your solar panel system. Check for compatibility with the panel’s voltage, output characteristics, and communication protocols. This will ensure seamless integration and optimal performance.
  5. Monitoring and Communication Consider the inverter’s monitoring and communication capabilities. Look for inverters that provide detailed monitoring of system performance, including data on energy production, efficiency, and any potential issues. Some inverters offer advanced monitoring features accessible through mobile apps or online portals.
  6. Warranty and Support Check the warranty period offered by the manufacturer. A longer warranty period indicates the manufacturer’s confidence in their product’s quality and reliability. Additionally, consider the availability of customer support and service centers for any potential maintenance or troubleshooting needs.
  7. Safety and Certifications Ensure that the inverter meets relevant safety standards and certifications. Look for certifications such as UL (Underwriters Laboratories), CE (Conformité Européene), and IEC (International Electrotechnical Commission). These certifications ensure that the inverter meets specific quality and safety requirements.
  8. Brand Reputation – Research the reputation of the inverter brand and manufacturer. Look for well-established and reputable companies known for producing reliable and high-quality inverters. Reading customer reviews and seeking recommendations can help in assessing the brand’s reputation.
  9. Cost Consider the cost of the inverter and how it fits within your budget. While it’s important to find a cost-effective option, prioritize quality, reliability, and performance over price alone. Remember that investing in a higher-quality inverter may provide better long-term returns.
  10. Installation and Maintenance – Assess the ease of installation and maintenance requirements of the inverter. Look for inverters that come with clear installation instructions and user-friendly interfaces. Additionally, consider any ongoing maintenance requirements and whether professional assistance will be needed.

Best Option Among all the Best Solar Inverters!

Based on the given list of inverters, the best option would be GivEnergy Giv-HY 3.6 Gen 2. Here’s why:

  1. Efficiency – GivEnergy Giv-HY 3.6 Gen 2 boasts an impressive efficiency rating of 98%. This means it can convert a higher percentage of solar energy into usable electricity, maximizing the overall performance and energy output of your solar power system.
  2. Input Voltage With an input voltage of 600V, GivEnergy Giv-HY 3.6 Gen 2 offers compatibility with a wide range of solar panel configurations. This flexibility allows for easier integration into existing or future solar installations.
  3. Performance The combination of high efficiency and suitable input voltage makes GivEnergy Giv-HY 3.6 Gen 2 a reliable and high-performing option. It ensures that you can harness as much solar energy as possible, optimizing the return on your investment.
  4. Reputation GivEnergy Giv-HY 3.6 Gen 2 is renowned for its reliability and quality. It is a trusted brand that has gained popularity among solar power enthusiasts in the UK, further attesting to its performance and customer satisfaction.

While cost-effectiveness is an important consideration, it is not specified in the given list. However, considering the outstanding efficiency and reliability of GivEnergy Giv-HY 3.6 Gen 2, it is likely to offer a good balance between performance and affordability. Choosing GivEnergy Giv-HY 3.6 Gen 2would ensure that you have a top-rated solar inverter that delivers exceptional energy conversion and contributes to the long-term success of your UK solar power system.

Best Solar Inverter Option Based on Efficiency & Cost Effectiveness!

Based on both efficiency and cost effectiveness, the best solar inverter option from the list of 16 inverters would be SolarEdge – SE6000H 6.0kW Inverter. With a 99% efficiency rating, it offers a high level of energy conversion, ensuring that you make the most of the solar power generated. Additionally, SolarEdge – SE6000H 6.0kW Inverter provides versatility with its input voltage capacity of up to 380V, accommodating a range of solar panel configurations.

When it comes to cost effectiveness, SolarEdge – SE6000H 6.0kW Inverter offers a balanced combination of efficiency and affordability. While it may not have the highest efficiency rating among the options, it still provides a significant level of performance at a relatively lower cost compared to some of the other inverters on the list.

Considering both efficiency and cost effectiveness is important to ensure that you get the best value for your investment. SolarEdge – SE6000H 6.0kW Inverter strikes a good balance between these factors, making it an excellent choice for those seeking an efficient and cost-effective inverter for their UK solar power system.

Summary

Inverters are a crucial component of any solar system, so choosing them wisely is essential. With numerous companies offering best solar inverters in UK market, we have compiled a list of the best options available. Performance and efficiency are key factors in determining the quality of an inverter, and our table includes detailed information on each inverter’s efficiency and performance to help you make an informed decision. Among the top 10 solar inverters, GivEnergy stands out as a recommended choice that can fulfill your requirements. By considering these factors, you can select an inverter that aligns with your specific solar power system needs, ensuring optimal performance and efficiency.

Energy monitors are devices that monitor your home energy consumption and empower you to make changes in your electricity usage behavior, ultimately resulting in reduced electricity bills. There are various types of energy monitors available in the market. These devices accurately record your energy consumption and come in different forms, such as energy monitoring plugs, smart meters, and whole-home smart energy monitors.

By using these devices, you can gain valuable insights into how much electricity your TV, washing machine, and other appliances are consuming, and discover ways to optimize your energy usage and save on your electricity bills. This article will provide you with a detailed insight into the best smart energy monitors available for homes in the UK. It will cover information on how these devices work and the benefits they offer.

What Are Energy Monitors?

Energy monitors are devices that accurately measure the electricity consumption of each of your appliances. They come in various forms, such as plugs, LCD screens, and even devices that connect to your electricity meter to monitor the overall energy usage of your entire house. Smart energy monitors for home automatically measure the amount of electricity you are using, enabling you to make informed changes to your energy consumption behavior and reduce your electricity bills.

energy monitoring by energy monitor
Caption – Smart energy monitors being shown in the image

Types Of Smart Energy Monitors

Smart energy monitors for homes are typically available in three different types, each catering to specific monitoring needs. Whether you’re looking for whole-house energy monitoring or tracking the energy consumption of individual appliances, there is a smart energy monitor for you. Let’s explore the types of smart energy monitors for homes:

  1. Plug-in Energy Monitor
  2. Smart Meters
  3. Whole-home Energy Monitor

Plug-in Energy Monitors: The widely Used Energy Monitors

Plug-in monitors are the most common type of smart energy monitors for home. They are easy to install and use, and they can be used to track the energy consumption of individual appliances. Smart energy meters are more expensive than plug-in monitors, but they offer a wider range of features, such as the ability to track energy consumption over time and to receive alerts when appliances are using more energy than usual.

Whole-home smart energy monitors are the most expensive type of energy monitor, but they offer the most comprehensive data. They can be used to track the energy consumption of an entire home, and they can be used to identify areas where energy can be saved.

Emporia Smart Home Energy Monitor

The Emporia home energy monitors not only record and measure your home energy consumption but also monitor the electricity production of your solar panels. In addition, they track the amount of excess energy being sent back to the national grid. It is important to note that the Emporia smart home device requires additional space for installation. This device comes with 16 sensors that are attached to individual circuits, allowing you to monitor the energy usage of specific appliances such as washing machines, cookers, boilers, and tumble dryers.

Emporia Smart Home Energy Monitor
Caption – Emporia Smart Home Energy Monitor

Aeotec Home Energy Meter Gen5

Aeotec is another high-quality home monitoring device, similar to the Emporia smart home energy monitor. Like the Emporia monitor, the Aeotec device also requires ample space for installation. It operates wirelessly with a range of up to 100 meters and boasts an impressive 99 percent accuracy in monitoring home energy electricity usage. The Aeotec device can detect up to 60 amps of electricity at any given time, unless you are planning to run all your appliances simultaneously.

Aeotec Home Energy Meter Gen5
Caption – Aeotec Home Energy Meter Gen5

Mexico 13A Electricity Power Consumption Monitor

This monitoring device measures power consumption and also calculates the electrical cost in real-time. It features a built-in battery option that ensures your data is saved even during a power outage. this smart energy monitors device displays warnings on the screen if the load of a connected device exceeds 3680W.

best energy monitors
Caption – Mexico 13A Electricity Power Consumption Monitor

Energine MIH0006 Whole House Energy Monitor 

Energine is a Wi-Fi connected energy device that enables you to monitor your home electricity consumption from anywhere in the world. Additionally, when you are at home, you can use voice commands through platforms like Alexa and Google Home to control specific appliances. The setup process is straightforward: simply clip it to the mains cable, plug it into the hub, and you’re ready to go.

best energy monitors for energy monitoring
Caption – Energine MIH0006 Whole House Energy Monitor 

TP-Link Tapo Energy Monitoring Smart Plug

The TP-Link Tapo Energy Monitoring smart plug operates similarly to other Wi-Fi connected monitoring devices. This provides you with valuable information about the power consumption of your home appliances and notifies you about which devices are using the most energy. Additionally, you can conveniently test your appliances while on the way to the office.

TP-Link Tapo Energy Monitoring Smart energy monitors
Caption – TP-Link Tapo Energy Monitoring Smart Plug

Efergy Engage Hub Kit – Best for Solar

The Efergy Engage Hub Kit offers free access to its website and app, allowing you to monitor your energy usage in real-time. With this device, you can easily set your monthly or weekly budget goals, making it an affordable option. It also provides access to monitoring up to five different circuits if you wish to track specific devices. Installation is straightforward and hassle-free.

Efergy Engage Hub Kit – Best for Solar
Caption – Efergy Engage Hub Kit

Best Smart Plug: Kasa Smart Plug Ultra Mini

If you’re not interested in monitoring your entire home’s energy consumption, the Kasa Smart Plug Ultra Mini is the perfect option for tracking individual appliances. With its strong Wi-Fi connectivity, you can conveniently turn on your lamp before arriving home on a dark night. The Kasa Smart Plug monitoring system also allows you to easily check whether you’ve switched off appliances before leaving for the office. This affordable monitoring device offers excellent performance and makes it one of the top smart energy monitors for home.

kasa smart energy monitor for energy monitoring
Caption – Kasa Smart Plug Ultra Mini

Topgreener Smart Wi-Fi Outlet Energy Monitoring

Are you someone who often forgets to switch off appliances when leaving home and desires a device that allows you to control them remotely? The Topgreener Smart Energy Monitoring device is the perfect solution for you. With its built-in smart metering feature, you can make informed changes to your energy consumption based on monitoring data.

Additionally, this outlet is compatible with Alexa and Google Assistant, enabling you to conveniently operate it through your smartphone’s assistant app. The device will notify you about running appliances and their electricity consumption, empowering you to turn them off and reduce your electricity bills.

Caption – Topgreener Smart Wi-Fi Outlet Energy Monitoring

Smart Meter

The smart meter is an excellent monitoring device for homes in the UK if you want to measure the overall energy consumption of your house. It replaces the traditional meter and records your energy usage throughout the day. The recorded data is then sent to the energy supplier, allowing them to provide you with accurate energy bills instead of estimated ones. The smart energy meters offer a convenient way to track your energy usage and ensure accurate billing.

Sense Energy Monitor

The Sense Energy Monitor is considered one of the best smart energy monitors for home due to its user-friendly interface and comprehensive features. It provides real-time recording of energy usage, allowing you to track consumption on a monthly, weekly, and even daily basis. With this information, you can identify areas where adjustments can be made to optimize energy consumption.

The advanced technology of the Sense Energy Monitor learns the usage patterns of your home appliances over time, enabling you to understand their energy usage based on their on/off cycles. The accompanying Sense Energy Monitoring app keeps you informed about any appliances that may still be running in your home. While the device may have a higher cost, its capabilities and features provide an added peace of mind.

Summary

Smart energy monitor devices are the ideal solution for accurately tracking the electricity consumption of your home. As each individual’s energy needs are unique, the choice of smart energy monitors for homes varies accordingly. With numerous options available in the market, you can find the perfect fit for your requirements. Whether you prefer a comprehensive whole-home energy monitoring system or a device focused on specific appliance monitoring, there is a smart energy monitor to suit your needs. This article covers everything you need to know about smart energy monitors for home.

Will I Receive Accurate Bills With the Smart Meter?

A smart meter automatically measures your energy consumption and provides a clear overview of your electricity bills. With the help of a smart meter, you can easily understand what you are actually paying for. It accurately reads and records your electricity usage on a monthly basis, ensuring accurate billing from the energy supplier. While smart meters typically provide monthly readings, you also have the option to receive daily or hourly readings.

Additionally, during smart meter installation, you have the opportunity to install an in-home display—a portable screen that shows your energy consumption in pounds and pence in real time. You might have concerns about the accuracy of smart meters. In this article, we will shed light on the accuracy of smart meters and provide thorough answers to your questions, such as: Are smart meters accurate? or How accurate are smart meters? Let’s discuss them one by one.

So, What’s the Smart Meter?

The smart meter is an innovative device that replaces your old meter and automatically records your energy consumption, sending the data to your energy supplier for accurate billing. It also provides you with information on how energy is being consumed. You may be concerned about the accuracy of smart meters, but rest assured, they are highly accurate and eliminate the need for manual meter readings. They offer better insights into your energy consumption, allowing you to make informed decisions and potentially save on your energy bills.

are smart meters accurate? - how accurate are smart meters?
Caption – Smart giving the cost estimation on the screen

Are Smart Meters Accurate?

Yes, smart meters are just as accurate as traditional meters. They are designed with the purpose of providing you with accurate energy bills based on your actual electricity consumption. By installing smart meters, you can eliminate the need for estimated monthly energy bills. This enables you to make informed decisions and adjustments in your electricity usage throughout the day, leading to potential savings on your electricity bills. With smart meters, you can have confidence in the accuracy of your energy bills, allowing for better management of your electricity usage and budgeting

old meter & new meter - are smart meters accurate
Caption – Old Meter & New Meter

How Accurate Are Smart Meters?

Studies have shown that smart meters are as accurate as traditional meters, if not more so. In a survey conducted after the first year of smart meter installation, it was found that 74% of smart meter users were satisfied with the accuracy of their meters. For more detailed information, please visit this source. (https://www.gov.uk/government/publications/smart-metering-implementation-programme-progress-report-2018)

And if you notice any inaccuracies in the smart meter readings, you can report them to your energy supplier to have them resolved.

how accurate are smart meters
Caption -Smart meter giving energy consumption reading

Are You still receiving estimated bill despite installing the smart meter?

Smart meters are designed to provide accurate billing information. However, if you find yourself still receiving estimated bills, there could be two main reasons for this. Let’s explore them along with potential solutions.

The first reason you might continue to receive estimated energy bills is if you have recently installed the smart meter and received your first bill after its installation. It is common for the initial bill following the addition of a smart meter to be estimated. However, you can expect the next month’s bill to be more likely to reflect accurate pricing.

The second reason for receiving multiple estimated bills after smart meter installation is if you are using a first-generation smart meter. These meters can sometimes lose functionality when you switch energy suppliers. If you are using a first-generation smart meter, it is advisable to upgrade it in order to receive accurate energy bills.

Will a Smart Meter Lower My Bill?

Smart meters do not have the capability to automatically lower energy consumption or electricity bills. They provide you with data on how you are using energy, and to reduce your bill, you will have to analyze the data provided by the smart meter and make changes accordingly. Therefore, in order to lower your energy bill with the help of a smart meter, you will need to closely monitor your energy consumption.

How Can Check If My Smart Meter is Giving Accurate Reading?

The accuracy of smart meters is investigated by energy suppliers. If your smart meter is broken or displaying errors, it is advisable to contact your energy supplier for an inspection. They will send a professional from their team to conduct a preliminary check on-site. If you are still not satisfied with the inspection, you may have the option to send your smart meter to a lab for further testing. It is important to note that gas meters are typically not tested manually on-site and are often sent to a lab for examination.

The supplier company may charge you for the replacement of the smart meter. However, if it is determined that the meter was faulty from their end, you will not be responsible for the cost of the replacement of smart meter.

Is it Worth Getting a Smart Meter?

Yes! It’s worth getting a smart meter for accurate measurement of your energy consumption and energy bills. By installing a smart meter, you will have access to free, real-time information about your energy usage, enabling you to identify areas of consumption and reduce energy waste, ultimately resulting in lower electricity bills. Additionally, smart meters eliminate the need for manual meter reading, saving you time and effort.

Some people may question the accuracy of smart meters, but the answer is straightforward. Yes, they are reliable and accurate, providing you with precise data on your energy consumption.

What are the benefits of having smart meter?

There are numerous benefits associated with installing smart meters. Here are some of the key advantages:

  • Smart meters provide more accurate billing, ensuring you only pay for the energy you actually consume.
  • Say goodbye to estimated prices, as smart meters eliminate the need for guesswork and prevent overpaying or underpaying.
  • Enjoy the convenience of automatic meter measuring and reading, saving you time and effort.
  • Gain a better understanding of your energy consumption patterns through real-time data, empowering you to make informed decisions that can potentially lead to energy savings.
  • By installing smart meters, you can experience these benefits and take control of your energy usage and costs.

Is Electricity More Expensive with Smart Meter?

No, the smart meter will not cost you more than the actual price of electricity. It will remain the same. However, with a smart meter, you will have the opportunity to reduce your electricity consumption by using it more efficiently through automatic readings. Smart meters ensure that electricity costs are not higher, but consumers often inquire how accurate are smart meters. The answer is simple: they are very accurate and efficient.

Summary

Smart meters are being installed in UK homes at a fast pace. However, some people still have concerns about the accuracy of smart meters and frequently ask questions such as, “Are smart meters accurate?” or “How accurate are smart meters?” According to a government report, smart meters are just as accurate as traditional meters and can help consumers reduce their electricity bills through smart consumption planning. Smart meters are highly recommended, as they are environmentally friendly and eliminate the need for manual readings every month.

The British government always strives to reduce carbon emissions through innovative ways, and the smart meter is one such method. A smart meter is an electronic device that automatically measures and records electricity consumption in households and businesses. You may wonder how smart meters contribute to carbon emission reduction. Smart meters accurately measure energy consumption throughout the day, enabling consumers to easily identify areas of energy waste and make necessary adjustments. By reducing energy consumption, carbon emissions can be minimized.

The combination of smart meters and solar panels offers even greater benefits. Smart meters not only track the electricity generated by solar panels but also monitor the electricity imported from the grid.

You might be wondering about the benefits of smart meters and solar panels working together. According to the government, installing smart meters and solar panels together can save on your annual electricity bill. with smart meters and solar panels, the savings on your electricity bills can be further enhanced.

What is a Smart Meter?

A smart meter is an electronic device that accurately records your energy consumption and provides real-time monitoring of your electricity usage at regular intervals. The recorded data is then transmitted to the energy provider, ensuring accurate billing based on your actual energy consumption. With the implementation of smart meters, there is no need to worry about estimated bills. The latest advancements in smart meter technology have introduced in-house displays, which show the electricity consumption in pounds. This feature enables consumers to easily track their energy usage and gain insights on how they can reduce their electricity bills.

How Does Smart Meter Works?

A smart meter is a smart because it automatically records the energy consumption of your home or business and sent it back to the energy provider for the accurate energy bills. let’s understand its working in 4 easy steps.

  • The installed smart meter records the electricity flow at regular intervals, capturing detailed data about your energy usage.
  • This recorded information is then transmitted to a communication company or energy provider through a secure communication channel.
  • The energy supplier company receives the data and uses it to generate an accurate bill based on your actual energy consumption.
  • By receiving precise billing information, you can easily keep track of your electricity consumption and make informed decisions about energy usage.

How Do Smart Meters Work with Solar Panels?

Smart meters, unlike traditional meters, have the capability to record and display real-time electricity consumption in a house. This data is then transmitted to the electricity supplier company, ensuring accurate billing.

When combined with solar panels, smart meters work by monitoring the energy usage from both the solar panels and the grid. They automatically send the readings to the supplier, providing a comprehensive view of energy consumption. With the inclusion of an in-home display, homeowners can easily track their energy usage throughout the day. This valuable information empowers them to make informed decisions on reducing energy consumption and ultimately lowering their electricity bills. The integration of smart meter solar panels enables better management of energy usage.

Are Smart Meters Mandatory?

Although the British government encourages every household to have a smart meter, it is not currently mandatory in the UK. However, installing a smart meter comes with advantages such as access to specific tariffs in the market that are not available to those without a smart meter. In order to promote the adoption of smart meters, the government is offering them at no cost. It’s a free opportunity, and individuals can request a smart meter at any time.

Can You Install a Solar Panel Without Smart Meter?

Yes! Solar panels can be installed without adding a smart meter, but there are numerous benefits to installing smart meter solar panels. The combination of smart meters and solar panels is perfect for maximizing savings on electricity bills. With a smart meter solar panel, you won’t have to manually check the electricity generation of your solar panels every day as it is done automatically. While the installation of a smart meter solar panels is not mandatory, it is highly recommended for greater sustainability and savings.

What is the Difference Between 1st Generation And 2nd Generation Smart Meters?

During the first wave of smart meters, the first-generation models were introduced. However, their accuracy and performance fell short of expectations. One significant issue was that they became non-functional when consumers attempted to switch suppliers. These meters relied on 3G technology and lacked a unified network for efficient management and automatic reading transmission to energy suppliers.

Fortunately, the second generation of smart meters, launched in 2018, addressed many of these issues. These upgraded meters were equipped with a dedicated network, enabling seamless management by all suppliers. The implementation of the second-generation smart meters marked a significant improvement in functionality and resolved the challenges encountered with their predecessors.

Do Smart Meters Work with Solar panels?

The combination of smart meters and solar panels is truly perfect. Smart meters seamlessly integrate with solar panels, providing you with an enhanced understanding of their efficiency and production. Say goodbye to manually checking your solar panels’ electricity generation every day because the smart meter takes care of it for you. What’s more, the installation of a smart meter is completely free of charge. So, what’s holding you back? Seize the opportunity of smart meters and solar panels today and start reaping the benefits they offer.

What Is the Advantage of Having Smart Meter?

Smart meters provide benefits to both consumers and energy suppliers. Consumers can conveniently monitor and record changes in energy consumption throughout the day. This data is then sent to the energy provider, ensuring accurate energy bills instead of estimated ones. Additionally, the implementation of smart meters eliminates the need for manual energy readings, saving the energy supplier costs associated with labor.

With the assistance of a smart meter, consumers can easily identify areas of energy wastage and take proactive measures to reduce consumption and save on electricity bills. Smart meters empower consumers with valuable insights, enabling them to make informed decisions about their energy usage and promote energy efficiency. Smart meters and solar panels combination will have more advantage of assessing how much electricity your solar panels are generating and the electricity being sent back to the national grid. The combination of smart meter solar panels offers numerous benefits for households.

infographic of smart meters and solar panels

Will Smart Meter Save Money on House Holds Energy Bills.

A smart meter assists you in understanding your energy consumption patterns by providing detailed information on when and where you utilize electricity. This broader perspective enables you to make informed decisions on how to use energy more efficiently and identify areas where you can save money. With the help of smart meters and solar panels, you gain valuable insights that empower you to make wise choices about your energy usage and optimize your energy consumption for cost savings. Smart meter solar panels empower users to make informed decisions about their energy consumption patterns.

Is It Recommended to Get a Smart Meter with Solar Panels?

Yes! It is highly recommended to install smart meters and solar panels together for optimal outcomes. The combination of smart meters and solar panels enables you to not only monitor the energy being generated by your solar panels and the electricity you import from the grid but also allows you to send back any excess generated electricity to the grid, further reducing your electricity bill. Additionally, the installation of a smart meter is completely free of charge, providing you with a cost-effective solution for efficient energy management.

Summary

Smart meters are a great way to reduce carbon footprints and save on electricity bills simultaneously. They measure and record the energy you consume daily, sending the data to the energy supplier for accurate billing instead of estimates. Combining smart meters with solar panels offer even more benefits. Smart meter solar panels provide real-time data on electricity generation and usage. According to the government, installing a smart meter can lead to annual savings.

When planning to upgrade any part of your home, the most important thing you need to learn is a comprehensive and thorough understanding of the options available. This also applies to the case of heating systems for your home. The air source heating system is one of the most reliable and cost-effective heating solutions available in the market today? Although its popularity has yet to reach its full potential, it is steadily gaining traction with each passing day.

In this discussion, we will cover every aspect of the air source heating system, including what is air source heating system, how is it works, the upfront cost, running expenses, and how it will impact the heating system of your home.

What is an Air Source Heating System?

Most heating systems produce heat by burning fuel or using electricity, but air source heat pumps work very differently. Instead of producing heat, air source heating systems capture heat from the outside and transfer it inside a building. This is achieved through a refrigerant system that includes a compressor and condenser. The system absorbs heat from one space and releases it into another.

At the domestic level, air source heat pumps typically absorb heat from the outside and release it into the home through hot water-filled radiators. These heat pumps are Eco-friendly as they do not rely on fossil fuels, helping to keep the environment clean while efficiently heating the space. It is important to understand how an air source heating system works. Let’s delve into it.

Air source heat pumps

How An Air Source Heating System Work?

Air source heat pumps operate in a distinct manner compared to boilers. Unlike boilers, they do not generate heat themselves. Instead, they absorb heat from the outside and transfer it into the building. This process is facilitated through a refrigeration process known as vapor compression, which maximizes the utilization of the absorbed heat. The heat is absorbed into a fluid, causing it to boil and transform into gas. The gas is subsequently compressed, raising its temperature. This elevated temperature is then transferred into the heating system to warm the room.

What Types of Air Source Heat Pumps Are There?

Air to Water Heat Pump

Air-to-water heat pumps are widely utilized in UK households. As the name suggests, these heat pumps employ water in heat exchanges for the heating system. The water is heated within the exchanger and then circulated to the wet heating system, utilizing pipes for heat distribution. The notable advantage of air-to-water heat pumps is their capability to provide homeowners with both heated water and space heating. This versatility is a key reason why air-to-water heating systems are extensively adopted in residential settings.

Air to Air Heat Pump

Air-to-air heat pumps are primarily used for heating and cooling the air, often recognized as air conditioning units. These heat pumps directly transfer heat into your room, offering the convenience of both cooling and heating capabilities depending on your requirements. During the summer season, they can serve as your cooling partner, while in winter, they efficiently provide heat. However, it is important to note that unlike air-to-water heat pumps, air-to-air heat pumps do not provide hot water

working of air source heat pump

What is the Cost of Installing Air Source Heat Pumps?

The cost of installing an air source heating system in the UK may vary slightly depending on factors such as size, quality, and heating requirements. Generally, you can expect the cost of an air source heating system to range from £8,000 to £18,000. Please note that this figure is a rough estimate and may increase if your home is larger or if your heating needs are higher than the average household.

air source heat pumps with installers standing beside

How Much Electricity Does an Air Source Heat Pump Use?

An air source heat pump consumes less electricity compared to a traditional gas boiler. The electricity usage of a heat pump varies depending on factors such as the type of heat pump (air-to-air or air-to-water), room size, room temperature, and outdoor temperature. To illustrate this, let’s consider an example: if a home requires 10,000 kWh of heat annually and the heat pump has a coefficient of performance (COP) of 3, the air source heat pump would utilize almost 3200 kWh of electricity. This consumption is significantly lower than that of an electric heater.

It’s important to note that the information provided is for illustrative purposes only. The electricity usage of a heat pump can increase if the outside temperature is much colder, as weather conditions have a significant impact on the electricity consumption of the heat pump.

Is Air Source Heat Pump Right for My Home?

Generally, one can confidently say yes! Air source heat pumps are known for their efficiency in generating heat while consuming less electricity. However, there are still some factors you should consider before deciding to install an air source heat pump for your home.

Climate

If you live in an area where the temperature remains below freezing for most of the year, the heat pump may face challenges in extracting heat from the surroundings. However, if you reside in a region with mild temperatures, an air source heat pump is unmatched in terms of its efficiency.

Current Heating System

If your current heating system is putting a strain on your wallet and causing higher monthly heating bills, an air source heat pump will undoubtedly save you money.

Insulation

An insulated home has a greater potential for effectively absorbing heat compared to an uninsulated one. If you are planning to install a heat pump, it is crucial to insulate your home’s windows, doors, and roofs in order to maximize heat retention.

Installing Cost

The initial cost of installing an air source heating system may be expensive, but it can result in significant long-term savings. Moreover, if you are eligible for government incentives for heat pump installation, it can provide an easier pathway for you to heat your home using an air source heating system.

Summary

Air source heat pumps efficiently heat space and water, saving costs in the long run. They extract warmth from outside and transfer it to your desired area. Though the initial cost is higher, the monthly heating expenses decrease significantly. These pumps also provide cooling in warmer months. Consider factors like home size, insulation, and climate conditions for optimal performance. With renewable energy from the air, air source heat pumps reduce your carbon footprint and offer a sustainable heating and cooling solution. Make the smart choice for cost-effective, energy-efficient, and environmentally friendly home comfort.

Heat pumps are an excellent choice for heating homes due to their efficiency, and cost-effectiveness. However, still people wonder, how much does a heat pump cost? Well, determining the exact cost of a heat pump is not straightforward and depends on factors such as the type of heating system, the size of the heat pump, and the installation area. In the UK, air source heat pumps have an estimated price range of £8,000 to £18,000, while ground source heating systems can cost between £14,500 and £45,000. Despite the initial investment, heat pumps offer significant savings compared to traditional heating systems like gas boilers.

ground source heat pump & air source heat pump - how much does a heat pump cost in uk

The installation process for heat pumps is complex, and selecting the right type of heating system can be challenging. This article aims to provide you with detailed information about how much does a heat pump cost, including the cost of heat pumps, the most suitable type for your home, and the associated installation expenses. Let’s explore each of these aspects in detail.

So, How Much Does a Heat Pump Cost?

The number of heat pump installations in the UK is increasing every day as more people recognize its low running cost and energy-efficient heating capabilities. However, determining the exact price of a heat pump can be challenging due to the various types available and installation costs. On average, an air source heating system will cost between £8,000 and £18,000, while a ground source heating system ranges from £14,500 to £45,000. Ground source heating systems require more time, skill, and excavation, resulting in higher costs compared to air source heating systems.

Type of Heating SystemCostHousehold Size
Ground-Source Heat Pump£14,500-45,0002-3 bedrooms
Air-Source Heat Pump£8,000-18,0002-3 bedrooms

Heat Pumps vs Gas Boilers

Let’s begin the comparison with a few assumptions. Let’s assume that there is a 200m2 house in the UK with a heating demand of 125 kWh/m2/year, resulting in a total annual heating requirement of 25,000 kWh for the house.

heat pump vs gas boiler - heat pump comparison with gas boiler

Additionally, if the house also requires hot water, we can assume that it is occupied by four people. On average, each person would need approximately 3.48 kWh per day to meet their hot water needs, which is roughly equivalent to 60 liters of hot water per person.

Now let’s compare the prices of gas boilers and heat pumps.

Gas Boiler

Cost for space heating: £2,650 per year

Water heating: £540 per year

Heat Pump

Electricity cost for space heating:   £2,000 per year

Water heating:   £300 per year

Even a new gas boiler with 95% efficiency would still cost around £2,550 per year for space heating, and approximately £540 per year for water heating at 95% efficiency.

On the other hand, for a heat pump, considering the space heating requirement of 25,000 kWh per year, it would cost only £835 per year for space heating, which is three times less than the cost of a gas boiler. For water heating at a temperature of 50°C, the annual cost would be just £300. If you wish to heat the water to 60°C, there would be an additional cost of £130 per year.

Heat Pump Performance and Running Costs in the UK

An experiment to test the heat pump performance was done in 2008-09, where nearly 100 heat pumps of both types, air source and ground source heating system, were monitored. And after one year observation they came into a conclusion that if heat pumps are well-manufactured, designed and installed them properly, they can efficiently operate in the UK. And their cost can affect depending on the type and on some other factors.

vaillant heat pump - how much does a heat pump cost?

Some Key Factors That Can Affect the Running Cost of Heat Pumps 

Coefficient of Performance

The COP (Coefficient of Performance) is a measure of a heat pump’s efficiency, calculated by dividing the amount of heat output by the amount of energy input. A COP value of 4 for a ground source heat pump and a value of 3 for an air source heat pump indicate that they are potentially 4 times more efficient, with an efficiency of 82%, compared to traditional heating systems like gas boilers.

Heat Requirement

Every household has unique heat requirements, and the cost of heat pumps strongly depends on the amount of heat needed and the desired temperature. The greater the heat requirement, the higher the cost will be.

Insulation

The insulation of windows, doors, and walls is a major factor that prevents heat from escaping your room. The insulation requirements for the space will also impact the overall cost of heat pumps in the UK.

Although the initial cost of heat pump installation in the UK is high, many people quickly start experiencing a visible decrease in their energy bills.

Air Source Heat Pump Cost in the UK

Buying and installing an air source heat pump in the UK can cost £8,000 to £18,000. This price does not include any government grants available for heat pump installations. If you successfully obtain a grant for installing heat pumps, the cost will decrease.

Like other heat pumps, air source heat pumps require maintenance, which can cost £140 to £150 per year.

working of air source heat pump

Ground Source Heat Pump Cost in the UK

The price of a ground source heat pump can vary depending on the installation location. If you are constructing a new building, the cost of ground source heat pump will be lower since there is no need for ground excavation and system installation. However, if your home is already furnished, you will have to bear the additional expenses of excavation and subsequent renovation. On average, a cost of ground source heat pump will be between £14,500 to £45,000, depending on energy requirements and the size of the system.

how ground source heat pump works

Why is a Ground Source Heat Pump System More Expensive?

cost of ground source heat pump

There are several reasons why the ground source heating system is more expensive than air source heating systems. However, ground source heating systems are more efficient and provide year-round comfort, even in cold climates. Here are some reasons why they have a higher cost:

Installation Cost

Ground source heat pumps require more complex installation than air source heat pumps. This is because the heat exchangers is buried in the ground, which is a costly and time-consuming process.

Equipment Cost 

They are more expensive than air source heat pumps because they require more specialized equipment. The heat exchangers, pumps, and controls for a GSHP are more complex than those for an air source heat pump.

Space Requirement

Ground source heat pumps require more space than air source heat pumps. This is because the heat exchangers must be buried in the ground, which takes up a significant amount of space.

Conclusion

Despite the initial cost of installing a heat pump being quite expensive, they remain a reliable and cost-effective solution for space heating and water heating in the UK. Many people often ask the question, “How much does a heat pump cost in the UK?” The answer isn’t too complicated but not straightforward either, as the price can vary depending on factors such as the type of system (air source or ground source), location, size, and the quality of equipment brands. On average, a heat pump in the UK can cost £800 to £18,000 for an air source heating system, while a ground source heating system can range from £14,500 to £45,000.

Pigeons, those feathery friends of ours, can cause quite a ruckus when it comes to our beloved solar panels. They seem to have an inexplicable attraction to these shiny energy-generating marvels, leaving behind a mess and potential damage. That’s where pigeon proofing comes in. In this blog, we’ll dive into the world of pigeon proofing solar panels, exploring the benefits, methods, importance, and of course, the burning question on everyone’s minds: how much does it cost to pigeon proofing solar panels?

Well, the cost of pigeon proofing for solar panels could be around £300 to £700. However, the price can vary depending on several factors, such as the number of solar panels, the chosen type of pigeon proofing, roof angle, and roof height. By taking measures to protect your solar panels from pigeons, you not only ensure their longevity but also maintain their optimal performance.

Why Pigeon Proofing Solar Panels is Important?

Pigeons and other birds are naturally drawn to solar panel installations due to the ample space they provide for nesting and the warmth generated by the panels. While it may seem harmless at first, bird infestations can lead to serious problems:

1 – Damage to Solar Panels:

Birds, especially pigeons, can cause physical damage to solar panels by pecking at the surface or dislodging crucial components. This damage can compromise the performance and efficiency of the panels, reducing their lifespan.

 2 – Reduced Energy Output:

Bird droppings and nesting materials can accumulate on the surface of the panels, blocking sunlight and decreasing energy production. The presence of these obstructions can significantly affect the efficiency of the entire solar panel system.

3 – Fire Hazards: 

Pigeon nests are often built with twigs, leaves, and other flammable materials. When placed near electrical components, these nests pose a serious fire hazard, potentially leading to costly damage and endangering lives.

how much does it cost to pigeon proofing solar panels

Methods of Pigeon Proofing Solar Panels in UK

Now let’s delve into the various methods available to pigeon proof your solar panels and their associated costs:

In the UK, where pigeon infestations around solar panels are a common problem, there are several effective methods available to pigeon proof your solar panels. These methods aim to prevent pigeons from accessing the area beneath and around the panels, reducing damage, and maintaining the efficiency of your solar panel system. Here are some popular methods of pigeon proofing solar panels in the UK:

    1 – Mesh Screening:

    Installing mesh screening around the perimeter of the solar panels is one of the most common and effective methods of pigeon proofing. The mesh acts as a physical barrier, preventing birds from nesting or roosting under the panels. The mesh should be made of durable materials to withstand weather conditions and securely fastened to the panels. Professional installation is recommended to ensure proper coverage and long-term effectiveness.

    2 – Bird Spikes:

    Bird spikes are widely used to deter pigeons from landing and nesting on solar panels. These spikes are typically made of stainless steel or plastic and are attached to the edges of the panels. The spikes create an uncomfortable surface for birds to perch on, discouraging them from approaching the panels. Bird spikes are relatively easy to install and can be purchased from bird control suppliers in the UK.

    3 – Electric Shock Tracks:

    Electric shock tracks provide an advanced and humane method of pigeon proofing solar panels. These tracks deliver a mild electric shock to birds when they attempt to land on the panels, effectively deterring them. The shock is harmless but creates a negative association with the area, making pigeons seek alternative locations. Electric shock tracks should be installed by professionals to ensure proper installation and safety.

    4 – Ultrasonic Devices: 

    Ultrasonic devices emit high-frequency sound waves that are inaudible to humans but repel birds. These devices can be attached to the solar panel frames or placed nearby. The sound waves create an uncomfortable environment for pigeons, encouraging them to avoid the area. Ultrasonic devices are easy to install and can be purchased from bird control suppliers. However, their effectiveness may vary, and they might not provide complete protection on their own.

    5 – Chemical Deterrents:

    Chemical deterrents, such as bird gels or sprays, can be used to create an unpleasant surface or scent around the solar panel area. These substances make it undesirable for pigeons to land or roost on the panels. It’s essential to choose bird-friendly and environmentally safe products that won’t harm the birds or the panels. Consult with bird control experts or suppliers to select appropriate and effective chemical deterrents.

    1.  

    mesh screening for pigeon proofing on solar panels

    How Much Does it Cost to Pigeon Proofing Solar Panels?

    In most cases, the cost of pigeon proofing ranges from £300 to £700, but the benefits you receive far outweigh the expense. The price range for pigeon proofing can be influenced by factors such as solar panel size, type of proofing, and roof height. Here are detailed insights into the costs associated with various types of pigeon proofing for solar panels.

    1 – Mesh Screening:

    Mesh screening is a common and effective method of pigeon proofing solar panels. The mesh creates a physical barrier, preventing birds from accessing the area beneath the panels. The cost of mesh screening varies depending on the size of the installation and the quality of the materials used. On average, you can expect to pay between £300 and £800 for mesh screening, including installation.

    2 – Bird Spikes:

    Bird spikes are widely used to deter pigeons from landing and nesting on solar panels. These spikes create an uncomfortable surface, making it difficult for birds to perch. The cost of bird spikes depends on the number of panels and the quality of the spikes. On average, the cost ranges from £100 to £400, including installation.

    3 – Electric Shock Tracks:

    Electric shock tracks provide an advanced and humane method of pigeon proofing solar panels. These tracks deliver a mild electric shock to birds when they land on the panels, effectively deterring them. The cost of electric shock tracks depends on the size of the solar panel array and the complexity of the installation. On average, you can expect to pay between £500 and £1,500, including installation.

    4 – Ultrasonic Devices:

    Ultrasonic devices emit high-frequency sound waves that are inaudible to humans but repel birds. These devices can be attached to the solar panel frames or placed nearby. The cost of ultrasonic devices varies depending on the number of panels and the quality of the devices. On average, you can expect to pay between £100 and £300 for ultrasonic devices.

    5 – Chemical Deterrents:

    Chemical deterrents, such as bird gels or sprays, can be applied around the solar panel area to discourage birds from nesting. These substances create an unpleasant surface or scent for the birds. The cost of chemical deterrents depends on the size of the installation and the type of product used. On average, the cost ranges from £50 to £200 for chemical deterrents.

    It’s important to note that these cost estimates are approximate and can vary based on factors such as the size of the solar panel installation, the complexity of the project, and the specific materials or products chosen.

    Factors Affecting the Cost of Pigeon Proofing Solar Panels

    Several factors can influence the overall cost of pigeon proofing your solar panels:

      1 – Size of the Solar Panel Array:

      The larger the solar panel installation, the more materials and labor will be required, resulting in higher cost for pigeon proofing.

      2 – Accessibility:

      If the solar panels are located in hard-to-reach areas or on rooftops, additional equipment and manpower may be needed, increasing the overall cost.

      3 – Chosen Method:

      Each pigeon proofing method comes with its own cost implications, and the decision will depend on the severity of the pigeon infestation, the level of desired protection, and your budget.

      DIY Methods to Pigeon Proof & Cost

      If you’re looking for DIY methods to pigeon proof your solar panels in the UK, there are a few cost-effective options available. While these methods may not provide the same level of effectiveness as professional solutions, they can serve as temporary deterrents until a more permanent solution can be implemented. DIY methods to pigeon proof your solar panels and their associated costs:

      1 – Netting:

      Purchase bird netting made of durable materials such as polypropylene or nylon. Attach the netting around the perimeter of the solar panels using zip ties or clips. The cost of bird netting varies depending on the size of your solar panel array and the quality of the material. On average, you can expect to spend between £20 and £50 for netting.

      2 – Visual Deterrents:

      Pigeons are often scared away by visual deterrents that resemble predators. Hang shiny objects such as CDs, aluminum foil strips, or reflective tape near the solar panels. These reflective objects create movement and flashes of light, which can deter birds. The cost of visual deterrents is minimal, as you can repurpose items you already have at home.

      3 – Spikes or Wires:

      Place plastic or metal spikes or wires on the edges of the solar panels where pigeons tend to land. These spikes make it uncomfortable for birds to perch or nest on the panels. The cost of spikes or wires depends on the length required and the material used. On average, you can expect to spend between £10 and £30 for spikes or wires.

      4 – Repellent Sprays:

      Use bird repellent sprays that are safe for the environment and won’t harm the birds or solar panels. Apply the spray around the solar panel area, focusing on potential landing or nesting spots. The cost of bird repellent sprays varies depending on the brand and size of the bottle. On average, you can expect to spend between £5 and £20 for a bottle of bird repellent spray.

      5 – Motion-Activated Sprinklers:

      Install motion-activated sprinklers near the solar panel area. When birds approach, the sprinklers will activate and spray water, startling and deterring them. This method takes advantage of the pigeons’ aversion to water. The cost of motion-activated sprinklers varies depending on the brand and features. On average, you can expect to spend between £30 and £70 for a motion-activated sprinkler system.

      6 – Wire Grids:

      Create a wire grid using thin wires or monofilament fishing line. Place the wires or lines in a crisscross pattern above the solar panels, ensuring that the gaps are small enough to prevent birds from entering. This method creates a physical barrier that makes it difficult for pigeons to access the panels. The cost of wire grids depends on the length and quantity of wires or lines needed. On average, you can expect to spend between £10 and £30 for wire grid materials.

      7 – Predator Decoys:

      Place decoys of predators such as plastic owls or falcons near the solar panels. The presence of these decoys can help deter pigeons from approaching the area. Move the decoys periodically to maintain their effectiveness. The cost of predator decoys varies depending on the type and quality. On average, you can expect to spend between £10 and £30 for a predator decoy.

      8 – Physical Barriers:

      Create physical barriers around the solar panel area using materials like PVC pipes or chicken wire. These barriers can be installed as frames around the panels or as structures above the panels. The cost of physical barriers depends on the size and materials used. On average, you can expect to spend between £20 and £50 for materials to construct physical barriers.

      9 – Spinning Devices:

      Install spinning devices near the solar panel area. These devices use wind or mechanical movement to spin and create a deterrent for pigeons. Examples include spinning pinwheels or wind-driven bird deterrents. The cost of spinning devices varies depending on the type and size. On average, you can expect to spend between £5 and £20 for spinning devices.

      10 – Bird Repellent Gel:

      Apply bird repellent gel on surfaces around the solar panel area where pigeons tend to land or roost. The gel creates a sticky surface that birds find uncomfortable. Ensure that the gel used is safe for the environment and won’t cause any damage to the panels. The cost of bird repellent gel varies depending on the brand and quantity. On average, you can expect to spend between £10 and £30 for bird repellent gel.

      11 – Bird Balloons or Kites:

      Inflate bird balloons or fly bird-shaped kites near the solar panel area. The movement and appearance of these objects can help deter pigeons. Ensure that the balloons or kites are designed specifically to deter birds and are made of durable materials. The cost of bird balloons or kites varies depending on the type and quality. On average, you can expect to spend between £5 and £20 for bird balloons or kites.

      12 – Scare Tape:

      Hang reflective scare tape near the solar panels. The tape produces metallic noises and reflects sunlight, creating a visual and auditory deterrent for pigeons. Ensure that the tape is securely attached and can withstand weather conditions. The cost of scare tape varies depending on the length and quality. On average, you can expect to spend between £5 and £15 for scare tape.

      Remember, these DIY methods may provide temporary relief, but for a more effective and long-term solution, consulting with professional solar panel installers or bird control experts is recommended. They can assess your specific situation and provide tailored recommendations for effective pigeon proofing of your solar panels.

      Breakdown of Costs Involved when Pigeon Proofing Solar Panels

      When pigeon proofing solar panels, there are several costs to consider. The specific breakdown of costs will vary depending on the chosen method and whether you opt for a professional installation or a DIY approach. Here’s a general breakdown of the costs involved:

      1 – Materials:

      The cost of materials will depend on the chosen pigeon proofing method. For example, if you opt for mesh screening, bird spikes, or wire grids, you’ll need to purchase the appropriate materials such as mesh, spikes, wires, or PVC pipes. The cost of materials can range from £10 to £100, depending on the size of your solar panel array and the quality of the materials chosen.

      2 – Installation Tools:

      If you decide to tackle the installation yourself, you may need to invest in certain tools or equipment. These tools can include zip ties, clips, wire cutters, drills, or screws. The cost of installation tools can vary, but you can expect to spend between £10 and £50, depending on your existing tool collection and the specific requirements of your chosen method.

      3 – Professional Installation:

      If you prefer a professional installation, you’ll need to consider the cost of hiring a bird control specialist or a solar panel installer. Professional installation ensures proper placement and effectiveness of the pigeon proofing measures. The cost of professional installation can range from £100 to £500, depending on the complexity of the project and the method chosen.

      4 – Additional Equipment:

      Some pigeon proofing methods may require additional equipment, such as motion-activated sprinklers, ultrasonic devices, or bird repellent gels. The cost of these additional equipment items can vary, ranging from £10 to £200, depending on the specific product and brand.

      5 – Maintenance and Replacement:

      It’s important to consider ongoing maintenance and potential replacement costs for certain pigeon proofing methods. For example, spikes or wires may require periodic inspections and maintenance to ensure they remain effective. Over time, some materials may degrade or need to be replaced. The cost of maintenance and replacement will depend on the specific method chosen and any associated materials required.

      Conclusion

      Hopefully, you have got a helpful answer to how much does it cost to pigeon proofing solar panels? However, pigeon proofing your solar panels is crucial to maintaining their efficiency, prolonging their lifespan, and preventing potential hazards. The cost of pigeon proofing methods can vary significantly depending on the size of the installation, chosen method, and other factors. Mesh screening, bird spikes, electric shock tracks, ultrasonic devices, and chemical deterrents are some of the effective options available.

      It’s essential to consult with a professional solar panel installer or a bird control expert to assess your specific situation and recommend the most appropriate pigeon-proofing method. By investing in proper pigeon-proofing measures, you can ensure the longevity and optimal performance of your solar panel system, ultimately saving you time and money in the long run.