After the recent increase in energy bills, every UK homeowner keen to find ways to lower their costs, especially considering the significant 36% rise in domestic energy costs over the last decade. One excellent way to tackle high bills is by switching to solar energy, which is affordable, cheaper and renewable. Solar PV systems can save homeowners up to 70% on their energy bills, and that too with a reasonable and affordable investment.

The advantages of installing a solar PV system go beyond just financial savings. It’s a clean energy source that produces no carbon emissions, which is great for the environment. Solar Panels System can also increase the value of your home and position you as someone contributing to a more sustainable future for generations to come.

Savings are often the main aspect people consider when planning to install solar energy. However, there are several other factors you should also keep in mind. Today, let’s discuss them.

How Does Solar Panels Work

Every user must know how solar energy works because understanding the process helps us grasp how solar energy can maximize savings on your energy bills in the UK. So, if we simplify the process, the principle behind solar panels is straightforward. Solar panels are installed either on the roof or on the ground. Solar panels consist of photovoltaic cells. When sunlight hits the solar panels, the photovoltaic cells absorb the sunlight and convert it into direct electricity. Then, an inverter converts this generated power into alternating electricity for use with home appliances or for storage purposes.

This way, solar energy helps homeowners reduce their reliance on grid power by running most of their home appliances with solar power, thereby saving on their energy bills. Now, you’re using power produced by a renewable source and requiring less power from the grid. Plus, you can also store the extra electricity produced in batteries if you don’t want to sell it back to the grid. 

Are Solar Panels Worth It? 

The answer is simple and straightforward: yes! Solar panels are worth it for homes in many ways. They are the best and most readily available source to save money on energy costs and also contribute positively to the environment. While you might encounter some drawbacks such as the upfront cost and dependency on weather conditions, the long-term savings and the panels’ ability to generate energy even during cold and snowy weather make them even more worthwhile.

As long as you stay in the same house and install a system that meets your energy requirements, you will continuously reap the benefits. Before installing a solar system and making it more worthwhile for you, consider your home’s energy needs, the size of the solar system required, and available financial incentives or rebates.

How Much Can You Save With Solar Panels?


A home with solar panels on its roof can save up to 70% on its energy bills in the UK. These numbers show that despite the high investment, solar energy is a great way to cut down on electricity bills. However, when it comes to the actual savings, it depends on multiple factors such as the system size, the number of sunlight hours your place receives, and the per unit energy cost in your area.

On average, a home that installs a 4kW solar system can annually save £840. Additionally, if your daytime energy consumption is low and your system produces more energy than you use, you can send the extra electricity back to the grid through the SEG tariff and save even more.

Do Solar Panels Increase the Value of My Home?


The most recent National Home Energy Survey, conducted by the Eco Experts, reveals that over 60% of people in the UK are interested in purchasing homes with solar panels installed on the roof. This heightened interest from potential buyers can significantly boost the value of your home, increasing it by up to 4%. Having your own electricity source not only appeals to environmentally conscious buyers but also attracts those willing to pay a premium compared to homes without solar panels.

Currently, there is a surge in demand for solar panels, driven by home-buyers who are increasingly environmentally aware and cost-conscious. This growing demand often translates into higher home values for properties with solar panels. However, the extent of the increase will vary depending on your location and the quality of the solar panel installation.

Summary

The rise in energy bills is never welcomed by homeowners, as a significant portion of their savings ends up being spent on paying those bills. In such circumstances, having a reliable and cost-effective energy solution becomes a top priority for every homeowner. Solar energy, with its ability to potentially save homeowners up to 70% on their energy bills through the installation of a Solar PV system, increase home value, attract more customers and contribute to a sustainable environment, emerges as the best alternative source of energy. Ready to harness the sun’s energy for your home? Let MAK Energy guide you through the process! With our years of experience in installing solar PV solutions for all kinds of homes, we’re offering you a free quote and a complimentary online survey. Get in touch with us today by filling out the form or giving us a call. Let’s make your solar dreams a reality!

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.

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. 

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.

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

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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.

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.

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.

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.

      Have you ever considered generating energy from your room’s window, car’s windshield, or a building’s glass facade? It may sound unusual, but it is now possible with transparent solar panels. The University of Michigan first developed transparent solar panel in 2014, though with a less efficiency rate of only 5 percent, considerably lower than traditional solar photovoltaic cells.

      You’re probably aware that traditional solar panels absorb sunlight and convert photons into energy(electrons). However, as sunlight passes through transparent materials, it has been historically challenging to initiate the electricity production process, mainly because these materials cannot capture sunlight, and thus, cannot start energy production. Transparent solar panels offer a solution to this issue. These panels employ materials that can still produce energy, despite allowing sunlight to pass through the glass. However, their efficiency is somewhat lower. This article will provide a comprehensive overview of transparent solar panels, explaining what transparent solar panels are, how they work, and the different types available.

      With both solar panels and transparent solar panels available in the market, you have the opportunity to acquire the finest solar PV system in the UK. If you’re seeking a customized solar PV system that suits your specific requirements, we are here to assist you. At MAK Energy, we offer a complimentary, no-obligation quote, along with free online survey services and personalized solutions tailored to your needs. All you need to do is reach out to us and relish the freedom of generating your own electricity.

      science direct review of transparent solar panels

      What Are Transparent Solar Panels?

      Transparent solar panels, also known as see-through solar cells or solar windows, have earned significant attention in the field of solar technology due to their unique characteristics. They resemble the transparent glass commonly used for windows in homes, buildings, and car windshields. These panels absorb the invisible light from the sun to produce energy while still allowing sunlight to pass through and provide natural light to the rooms. The fundamental concept behind transparent solar panel lies in its construction with materials that can capture and utilize specific segments of the solar spectrum while still permitting visible light to pass through the room or building. The technology employed in these panels is quite sophisticated. Instead of relying on traditional silicon-based photovoltaic cells, transparent solar panels typically utilize organic photovoltaic or thin-film technology.

      Animated overview the technology used behind the transparent solar panels

      How Do Transparent Solar panels work?

      Transparent solar panels, unlike traditional solar panels, absorb non-visible light such as ultraviolet and infrared wavelengths. These absorbed wavelengths are converted into electricity by a layer of photovoltaic cells while allowing visible light to pass through. Transparent solar panels are constructed using various materials like organic polymers, metal oxides, and quantum dots. Inside the panels, special materials capture the absorbed light energy, releasing electrons and generating an electric current. Despite this light absorption, the panels maintain their transparency, allowing natural light to illuminate the space. Although their efficiency is still improving, transparent solar panel hold promising potential for powering our devices and buildings in a stylish manner.

      Benefits of Transparent Solar panels

      • Transparent solar panels can generate electricity while still letting light through. This makes them a more versatile option than traditional solar panels, which can block out a significant amount of light.
      • With transparent solar panel, the angle of the sun is not a crucial factor in generating electricity.
      • They can be used to recharge the batteries of mobile devices using ambient light, which is an appealing feature for consumers.
      • Transparent solar panels can be seamlessly integrated into windows, building facades, and other glass surfaces. This opens up a world of possibilities for incorporating solar power generation into architectural designs without compromising aesthetics.
      • In densely populated urban areas, where rooftop space may be limited, transparent solar panels offer an alternative means of harnessing solar energy. They can turn vast expanses of glass into energy-generating surfaces, maximizing solar potential in cities.

      Types of Transparent Solar Panel

      Although transparent solar panels are not as commonly used as traditional solar panels, they do come in a variety of types. Let’s explore the two main types:

      Partial Transparent Solar Panels

      Heliatek GmbH, a German company, has made significant strides in the development of partial transparent solar panels. These panels consist of two main components: a transparent layer and a layer of photovoltaic cells. The transparent layer allows visible light to pass through, while the photovoltaic cells convert the invisible ultraviolet and infrared light into electricity.

      It’s important to note that these panels have a unique characteristic—they can only absorb a portion of the sunlight they receive. Approximately 60% of the total light is allowed to pass through the panels. Consequently, their efficiency currently stands at 7.2%, which is lower than that of traditional solar panels.

      Fully Transparent Solar Panels

      Fully transparent solar panels, in their current state, are unable to capture visible sunlight for energy production. However, researchers at Michigan State University have made strides in making transparent solar panels function similarly to conventional solar panels. They have employed a different approach, capturing invisible sunlight such as infrared and ultraviolet rays, to enable energy generation. They have utilized an organic salt that can absorb invisible light and convert it into electricity. The efficiency of fully transparent solar panels is currently only 1%, with a potential of reaching 5%, which is significantly lower than traditional solar panels. However, in 2021, researchers at Michigan State University developed transparent solar panel with an efficiency of 3.7%. It is expected that in the near future, transparent solar panels will have the ability to work as efficiently as conventional solar panels.

      Do Transparent Solar Panel Produce Electricity or Energy?

      Transparent solar panels are indeed capable of producing energy and electricity as they are specifically designed to absorb invisible light, including infrared and ultraviolet rays. While traditional solar panels also serve the same purpose, transparent solar panel operate using a different working methodology. The energy captured by transparent solar panels is converted into electricity, which can be utilized to power a variety of devices and systems in homes and businesses. Hence, transparent solar panel effectively generate energy in the form of electricity, offering versatile applications and sustainable power sources for various needs.

      Summary

      Transparent solar panels represent a cutting-edge technology that, although still relatively uncommon in commercial applications, holds immense potential for the future. Their unique ability to generate energy while allowing visible light to pass through makes them a promising solution. The question of what are transparent solar panels and how they operate is increasingly being raised by individuals curious about this technology. The answer lies in their similarity to traditional panels, yet they incorporate the latest advancements that enable sunlight to pass through the glass, providing natural light to the room while simultaneously harnessing the power of invisible light, such as infrared and ultraviolet rays, to generate electricity. With these capabilities, transparent solar panels are poised to make a significant impact in the renewable energy landscape.

      Solar thermal technology is commonly used to heat water for homes, swimming pools, or business spaces. It can also be utilized to heat the air in a given space. This concept has witnessed rapid growth in recent years due to its clean and affordable source of energy, available year-round. In the UK, where temperatures are often low, the adoption of solar thermal technology for water and space heating has become popular.

      In this blog, we will cover essential aspects of solar thermal, including its definition, working principles, and the required number of solar thermal panels. Our aim is to provide you with a comprehensive understanding of solar thermal technology.

      What is Solar Thermal System?

      Solar thermal is a renewable energy technology that captures the sun’s energy to generate heat for various purposes, including water heating, air space heating, and swimming pool heating systems. They can be used for both domestic and commercial heating needs. It provides sustainable and environmentally friendly heating solutions. It’s important to distinguish solar panels from solar thermal panels, as they are two distinct products.

      Solar thermal panels, unlike solar panels, consist of solar collectors designed to generate and transfer heat energy to water by circulating it through the collectors. Solar thermal systems offer an affordable, clean, and efficient method for heating water and air spaces.

      Benefits of Solar Thermal Systems

      Solar thermal panels are gaining popularity due to their wide range of benefits, similar to solar panels. Installing a solar thermal system at your home or business offers several advantages. Here are some of the benefits you can enjoy.

      • Solar thermal panels typically come with a 10-year warranty but can last more than 25 years
      • Solar thermal panels require minimal maintenance and repairs
      • They operate efficiently even in cold weather conditions
      • Solar thermal panels offer a cost-effective solution for water and air heating, with a short payback period
      • By utilizing solar thermal panels, you can save hundreds of kilograms of carbon dioxide emissions every year

      How Do Solar Thermal systems Work?

      A Solar Thermal system works by capturing the power of the sun and converting it into heat to warm water and spaces. It all starts with solar collectors, which are typically made of metal or plastic. These collectors capture the sun’s energy and absorb its heat. The heat is then transferred to a special fluid, which can be water, antifreeze, or oil. This fluid circulates through a network of pipes and carries the heat to a storage tank. In this tank, the water or air is heated and can be used for various purposes, like providing hot water for your home or heating up your living space.

      What Are the Different Types of Solar Thermal System?

      There are two main types of solar thermal system, which are generally known as Active solar thermal system and passive solar thermal system. Let’s discuss them one by one.

      Active Solar Thermal System

      Active Solar thermal system uses the mechanical devices such as heat pump, storage tank  to transfer the fluid from solar collectors, which is typically water, antifreeze or oil. Most of the solar thermal user use active solar thermal system.

      Passive Solar Thermal System

      Unlike active solar thermal systems, passive solar thermal systems do not rely on mechanical devices like heat pumps or storage tanks. Instead, they harness the power of natural resources to transfer heat from the solar collectors. Passive systems make clever use of building design and insulation to retain the heat. They utilize materials such as dark-colored roofs or walls that can absorb and retain the sun’s warmth.

      Is Solar Thermal Worth It?

      Yes! A solar thermal system is definitely worth considering for your home. While the initial installation cost can be quite expensive, ranging between £4,000-5,000, the long-term benefits are substantial. A solar thermal system can supply you enough hot water throughout the year, resulting in a remarkable 70% reduction in heating expenses. By switching to a solar thermal system, you not only benefit financially but also contribute positively to the environment. Additionally, you can save hundreds of pounds annually on your energy bills.

      How Many Solar Thermal Panels Do I Need?

      The number of solar panels needed depends on factors like hot water demand, available roof space, and panel size. Typically, a standard-sized solar thermal panel measures 2-3 square meters. In the UK, a typical house requires 1-3 solar thermal panels for water heating. As a rule of thumb, allocate 1 square meter of solar thermal collector per person in your home. Sunlight availability also affects the panel count: more sun, fewer panels; less sun, more panels.

      How Much Hot Water Can Solar Thermal Heater Provide?

      On average, a solar thermal system can provide up to 60% of your hot water heating needs throughout the year. During the summer, it can meet up to 90% of your warm water requirements. However, the specific amount of hot water produced varies depending on the time of year.

      How Much Can You Save With Solar Thermal System?

      Switching to renewable energy sources is always a beneficial approach that provides a multitude of advantages over the years. However, financial benefits are often the most appealing. By installing a solar thermal heating system, you can save hundreds of pounds annually, although the exact savings depend on your previous heating system. According to the Energy Saving Trust, the following savings can be achieved annually, depending on your existing boiler system.

      Fuel bill savings (£/year)Existing boiler systemCarbon dioxide savings (kg CO2/year)
      £95Gas275 kg
      £150Oil380 kg
      £105Coal660 kg
      £125Electricity170 kg
      £200Liquefied petroleum gas (LPG)305 kg

      Is Your Property Suitable for a Solar Thermal System?

      Solar thermal panels are ideally suited for homes where they can be installed on a property with a south-facing roof. However, even if this is not possible, solar thermal panels can still provide sufficient heat. If you have ample roof space and a high annual water heat consumption, a solar thermal heating system is well-suited for you. It is worth noting that homeowners living in listed or conservation areas may face restrictions on installing solar thermal systems due to regulations limiting changes to these buildings.

      How Can I Find the Best Solar Thermal Panel Installer in UK?

      The installation of solar thermal panels requires professionally trained and skilled individuals with expertise in the UK’s solar thermal panel system installation. Before choosing a solar installer in the UK, ensure that the company is MCS-Certified, well-reputed, and has successfully completed numerous solar thermal panel installation projects. Additionally, it’s important to choose an installer who can answer your basic question: What is solar thermal??

      Here at MAK Energy, we meet all the necessary requirements of a reliable solar installer. We are MCS-Certified and have a team of professional installers with over 12 years of experience installing solar thermal systems in various cities across the UK. Give MAK Energy a try, and rest assured that you will have hot water throughout the year without any issues.

      Summary

      The answer to the question ‘What is solar thermal and how does it work?’ is as straightforward as the question itself. Solar thermal systems are renewable technology used to heat water and air spaces by capturing the sun’s energy through solar thermal panels, also known as solar collectors. It offers numerous benefits to homes and businesses as a cost-effective and clean method of obtaining hot water. While installation costs can be significant, the system has a short payback period.

      If you’re considering installing a solar thermal panel system to meet your hot water needs, you may be unsure about choosing the best solar thermal installer in the UK. Contact MAK Energy today, and we’ll provide the solution to all your hot water-related concerns, from answering your initial question about what is solar thermal to completing the installation process.

      Solar panels are designed to require very little maintenance and repairs. However, in order to achieve maximum efficiency and output, it is important to keep solar panels clean and free from dust. Dust accumulation can reduce the output efficiency of solar panels by up to 6.5%, and in some regions such as the Middle East, this reduction can be as much as 40%. Many people ask us how to clean solar panels in the UK. In this blog, we will discuss several methods for cleaning solar panels at home, including using clear water, detergent, a high-quality soft brush, or soapy water. So, let’s take a closer look at each of the cleaning methods.

      The question that often passes through our minds is, “Do solar panels need cleaning?” Before we discuss methods for cleaning solar panels, we need to answer this question properly.

      Do Solar Panels Need Cleaning?

      The answer is yes! You do need to clean your solar panels in order to achieve their maximum efficiency and output for the maximum number of years. While solar panels require very little maintenance, repair and regular cleaning. Dust is a major obstacle in producing maximum electricity, and clean, dust-free panels generate the most power. As mentioned in the introduction, dust on solar panels can reduce production by up to 6.5% in some regions and up to 40% in certain areas of the Middle East. Therefore, according to the statistics, solar panels must be regularly cleaned, and you can do it at home.

      animated image of a boy cleaning solar panels - how to clean solar panels

      How to Clean Solar Panels in the UK?

      Cleaning your solar panels at home may seem like a daunting task, but with proper care and concentration, anyone can do it. In the UK, the environment is not as dusty as some other regions of the world, such as the Middle East and South Asian regions. This means that solar panels in the UK generally accumulate less dirt and dust and require less frequent cleaning. In this article, we will discuss different methods that you can use to clean solar panels by yourself. These methods are not only easy but also cost-effective and time-saving. Let’s take a closer look at them.

      5 Methods on How to Clean Solar Panels

      1 – Using a Garden Hose and a Soft Brush

      This is one of the simplest and most affordable ways to clean solar panels at home. All you need is a garden hose and a soft-bristled brush. First, spray the panels with water to remove any loose debris. Then, gently scrub the surface with the brush to remove any stubborn dirt or grime. Rinse with water and let them dry.

      cleaning solar panels by soft brush & water

      2 – A Gentle Soap Solution and a Soft Cloth or Sponge

      If your solar panels are particularly dirty or covered in bird droppings, a gentle soap solution may be necessary. Mix a few drops of mild dish soap with warm water and use a soft cloth or sponge to clean the panels. Avoid using abrasive materials, such as steel wool, which can scratch the surface of the panels.

      3 – A long-handled Soft Bristle Brush or Squeegee with an Extension Pole

      If your solar panels are mounted in hard-to-reach areas, such as on a rooftop, a long-handled soft bristle brush or squeegee with an extension pole can make cleaning easier. Use the brush or squeegee to gently scrub the surface of the panels and remove any dirt or grime.

      a solar expert cleaning solar panels with long handled soft brush

      4 – Automatic Solar Panel Cleaning Systems

      If you don’t want to clean your solar panels manually, you can consider installing an automatic solar panel cleaning system. These systems use a series of brushes and sprayers to clean the panels without any manual effort. While these systems can be expensive, they can be a great option if you have a large solar panel array and want to ensure that your panels are always clean and efficient.

      5 – A Solar Panel Cleaning Kit

      For a more thorough cleaning, you can purchase a solar panel cleaning kit, which usually includes a specialized cleaning solution, a brush or squeegee, and a wiper. These kits are designed specifically for cleaning solar panels and can be a great option if you want to ensure that your panels are properly maintained.

      Solar panel cleaning kit

      Do I Need to Turn Off Solar Panels to Clean?

      No, you do not need to turn off your solar panels to clean them. They are designed to operate safely in all weather conditions, including while being cleaned. However, it’s essential to prioritize safety when cleaning your panels and to avoid using abrasive cleaning products or tools that could damage the surface of the panels.

      How Often Should Solar Panels be Cleaned?

      The frequency of cleaning your solar panels depends on factors like your location, the amount of dust and dirt in the environment, and the angle of the panels. As a general rule, cleaning your panels once every 3 to 6 months should be sufficient. However, it’s a good idea to monitor your solar panel output and clean them more frequently if you notice a significant drop in efficiency.

      What is the best thing to clean solar panels with?

      For most solar panels, using a mild, non-abrasive, biodegradable soap mixed with water should be sufficient to remove dirt and grime. Avoid using harsh chemicals or abrasive cleaners, as they can damage the surface of the panels. Always follow the manufacturer’s recommendations for cleaning products and methods.

      Does Cleaning your Solar Panels Make Difference?


      Yes, cleaning your solar panels can increase the efficiency of your solar system, as clean solar panels are not hindered by the obstruction of maximum sun energy by dust and debris. A clean solar panel can produce nearly 7% more output than a dirtier one.

      Is it OK to Clean Solar Panels with Water?

      Cleaning solar panels with water and a non-abrasive soap is generally safe. However, if you live in an area with hard water, use distilled water or rinse thoroughly with clean water to prevent mineral buildup. Avoid using high-pressure water jets or hoses, as they can damage the panels.

      Do you Use Soap to Clean Solar Panels?

      A regular soap can be used effectively to clean solar panels, ensuring their cleanliness and efficiency. However, it’s important to avoid using abrasive materials or harsh chemicals that could potentially harm the panels.

      What Equipment do you Need to Clean Solar Panels?

      To clean solar panels, you’ll need a soft brush or sponge with an extendable handle, a bucket, non-abrasive soap, and clean water. A squeegee or microfiber cloth can help remove excess water and prevent streaks.

      Can you Use Vinegar to Clean Solar Panels?

      While vinegar is often used as a cleaning agent for various surfaces, it’s generally not recommended to use vinegar to clean solar panels. Vinegar is acidic, and it can potentially damage the anti-reflective coating on the surface of the panels, reducing their efficiency.

      What is the Best Way to Remove the Snow Without Damaging the Panels?

      When removing snow from solar panels, use a soft brush or a snow rake with a rubber or foam edge to gently remove the snow. Avoid using metal tools or shovels, as they can scratch and damage the panels. It’s also important to work carefully and gradually, removing the snow layer by layer to prevent any sudden weight shifts that could cause damage.

      When is the Best Time of Day to Clean My Solar Panels to Avoid Any Potential Damage from the Sun’s Heat?

      The best time to clean solar panels is early in the morning or late in the afternoon when the sun’s intensity is lower. Cleaning during these times reduces the risk of thermal stress caused by rapid temperature changes, which can potentially damage the panels. Additionally, cleaning during cooler times of the day makes the process more comfortable and safer for you.

      Summary

      Keeping solar panels clean is essential to maintain their optimum efficiency and output. It’s no wonder that people in the UK are conscious about cleaning their panels to keep them in good health. Thankfully, there are several methods to clean solar panels at home, including using a garden hose and soft brush, a gentle soap solution and soft cloth, or a long-handled soft bristle brush or squeegee with an extension pole. For those with larger arrays of panels, automatic solar panel cleaning systems are also available. If you’re unsure about cleaning your solar panels yourself, don’t hesitate to call in professional solar panel cleaners to get the job done.

      Solar panels are an effective and sustainable way to produce electricity from the sun’s energy. However, to maximize their efficiency and energy output, it’s crucial to choose the best angle for solar panels. In this article, we will discuss the importance of finding the best angle for solar panels and provide tips for optimizing their performance.

      Why is the Best Angle for Solar Panels Important?

      The angle of solar panels plays a crucial role in their energy production. The optimal angle depends on several factors, including the location, time of day, and time of year. The angle affects the amount of sunlight that the solar panels receive, which directly impacts their energy output.

      When solar panels are tilted at the optimal angle, they can capture the maximum amount of sunlight and convert it into electricity efficiently. However, if the angle is too steep or too shallow, the panels will not be able to capture as much sunlight, resulting in lower energy production.

      best angle for solar panels infographic banner

      What is the best angle for solar panels in the UK?

      The best angle for solar panels in the UK depends on various factors, including the latitude of your location, the time of year, and the type of solar panel installation. Generally speaking, the optimal tilt angle for solar panels in the UK ranges from 30 to 40 degrees.

      At a latitude of around 51 degrees, the ideal tilt angle for solar panels in the UK is approximately 35 degrees. This angle provides a good balance between capturing the most amount of solar energy throughout the year and preventing excessive shading from surrounding objects like trees or buildings.

      However, it’s important to note that the optimal angle for solar panels can vary depending on the season. During the summer months, the sun is higher in the sky, so a shallower angle may be more appropriate. Conversely, during the winter months, a steeper angle can help maximize solar energy production.

      Ultimately, the best angle for solar panels in the UK will depend on the specific location, orientation, and other factors of your solar panel installation. It’s a good idea to consult with a professional solar panel installer to determine the optimal tilt angle for your specific situation.

      According to data from The Eco Experts, the table provided below illustrates the maximum percentage output of a solar PV system based on the orientation of your roof (west, south, east) and the tilt angle of the solar panels.

      How to Find the Best Angle for Solar Panels?

      There are several factors to consider when determining the best angle for solar panels. These include:

      1. Location

      The latitude of the location plays a significant role in determining the best angle for solar panels. For example, in the northern hemisphere, solar panels should face south to capture the most sunlight. In the southern hemisphere, they should face north. The optimal angle also varies depending on the location’s distance from the equator.

      1. Time of Day

      The angle of the sun changes throughout the day, which affects the amount of sunlight that solar panels receive. Solar panels should be positioned to capture the maximum amount of sunlight during peak sunlight hours, which vary depending on the location.

      1. Time of Year

      The angle of the sun changes throughout the year, which also affects the amount of sunlight that solar panels receive. In the summer, the sun is higher in the sky, so solar panels should be tilted at a steeper angle to capture more sunlight. In the winter, the sun is lower in the sky, so solar panels should be tilted at a shallower angle.

      Tips for Optimizing Solar Panel Performance

      1. Use a Solar Tracker

      A solar tracker is a device that automatically adjusts the position of solar panels to follow the sun’s movement throughout the day. This can significantly increase the energy output of solar panels by up to 30%.

      1. Use a Solar Panel Angle Calculator

      There are several online tools that can help you determine the optimal angle for solar panels based on your location, time of day, and time of year. These tools can help you optimize the performance of your solar panels and increase your energy production.

      1. Consult with a Professional

      If you’re unsure about the best angle for solar panels, it’s a good idea to consult with a professional solar panel installer. They can assess your location, roof orientation, and other factors to determine the optimal angle for your solar panels.

      What is a Solar Panel’s Tilt & Azimuth Angle?

      A solar panel’s tilt angle and azimuth angle are important factors that affect its performance in the UK. The tilt angle refers to the angle at which the solar panel is positioned relative to the ground, while the azimuth angle refers to the compass direction that the solar panel faces.

      In the UK, the optimal tilt angle for solar panels is typically between 30 and 40 degrees. This angle allows the solar panels to capture the maximum amount of sunlight during the winter months when the sun’s angle is lower in the sky. During the summer months when the sun’s angle is higher in the sky, a slightly lower tilt angle of around 20-30 degrees may be more optimal.

      The optimal azimuth angle for solar panels in the UK is typically south-facing. This allows the solar panels to receive the most sunlight throughout the day. However, if a south-facing orientation is not possible, an east or west-facing orientation may still be effective for capturing sunlight during certain times of the day.

      How to Calculate Tilt Angle of Solar Panel?

      To calculate the tilt angle of a solar panel in the UK, you will need to consider a few factors, including the latitude of your location, the time of year, and the type of solar panel installation.

      1. Latitude

      The optimal angle for a solar panel is based on the latitude of your location. For example, in the UK, which has a latitude range of approximately 49 to 59 degrees, the optimal tilt angle for solar panels is between 30 and 40 degrees.

      1. Time of Year

      The angle of the sun changes throughout the year, and the optimal tilt angle for your solar panels will depend on the time of year. In the UK, the sun is higher in the sky during the summer months and lower in the sky during the winter months. For maximum energy output, solar panels should be tilted at a steeper angle during the winter months and a shallower angle during the summer months.

      1. Type of Solar Panel Installation

      The type of solar panel installation you have will also affect the optimal tilt angle. For a roof-mounted solar panel system, the tilt angle will be determined by the pitch of your roof. Flat roof solar panel systems will require a mounting structure to hold the panels at the optimal angle. Ground-mounted solar panel systems can be adjusted to the optimal tilt angle based on the latitude and time of year.

      Once you have determined the optimal tilt angle for your solar panels based on these factors, you can use a solar panel angle calculator to determine the specific angle for your location and solar panel installation type. Many online solar panel angle calculators are available that take into account your location and other factors to calculate the optimal tilt angle for your solar panels.

      Should Solar be Flat or Angled?


      In the UK, it is generally recommended to angle solar panels rather than keeping them flat to maximize energy production. The optimal tilt angle for solar panels in the UK ranges from 30 to 40 degrees, depending on various factors like the latitude of the installation site, time of year, and shading.

      At a latitude of around 51 degrees, the ideal tilt angle for solar panels in the UK is approximately 35 degrees. This angle allows the panels to capture the maximum amount of solar energy throughout the year and prevents excessive shading from surrounding objects like trees or buildings.

      While a flat solar panel installation may seem like a simpler and more cost-effective option, it can significantly reduce the efficiency of the solar panels. A flat solar panel receives sunlight at an angle, reducing its efficiency. An angled solar panel, on the other hand, receives direct sunlight perpendicular to its surface, which maximizes energy production.

      Solar panels angled on a commercial building - best angle for solar panels

      Where is the Best Place to Put Solar Panels?

      The best place to put solar panels in the UK is generally on a south-facing roof. This is because solar panels work most efficiently when they receive direct sunlight, and a south-facing roof will receive the most sunlight throughout the day. East and west-facing roofs can also be suitable, although they may receive less sunlight and therefore be slightly less efficient.

      The angle and direction of the roof can also affect the efficiency of the solar panel system. As mentioned earlier, the optimal tilt angle for solar panels in the UK ranges from 30 to 40 degrees, depending on various factors like the latitude of the installation site and shading. It is important to ensure that the solar panels are installed at the correct angle and direction to maximize energy production.

      Ground-mounted solar panel systems are also an option in the UK, particularly in areas where there is limited roof space or shading issues. Ground-mounted systems can be installed on flat or sloping ground, and they allow for greater flexibility in terms of the angle and direction of the solar panels.

      Overall, the best place to put solar panels in the UK is on a south-facing roof at the optimal tilt angle and direction. It is important to consult with a professional solar panel installer to determine the best location for your specific installation site and energy needs.

      What is the Best Angle for Solar Panels in Winters & Summers?

      The best angle for solar panels in the UK during the winter and summer months can vary based on several factors, such as the location’s latitude, the orientation of the solar panels, and shading from nearby objects.

      During the winter months, the sun’s angle is lower in the sky, and the days are shorter, which means that solar panels need to be angled more steeply to capture the maximum amount of sunlight. For locations in the UK, the optimal tilt angle during the winter months is typically between 30 and 40 degrees.

      During the summer months, the sun’s angle is higher in the sky, and the days are longer, which means that solar panels need to be angled less steeply to capture the maximum amount of sunlight. For locations in the UK, the optimal tilt angle during the summer months is typically between 20 and 30 degrees.

      solar panels angle based on solar panels

      What is the Formula for Solar Tilt Angle?

      The formula for calculating the optimal tilt angle for solar panels in the UK depends on the location’s latitude and other local factors. A general formula that can be used for a quick estimate of the optimal tilt angle in the UK is:

      Optimal Tilt Angle (in degrees) = Latitude of Location + 15 degrees

      For example, for a location in London (latitude 51.5 degrees), the optimal tilt angle would be:

      51.5 + 15 = 66.5 degrees

      This formula is based on the assumption that the solar panel is facing south and there is no shading. However, other factors such as roof orientation, shading from nearby buildings and trees, and local weather patterns can affect the optimal tilt angle.

      To determine the most accurate tilt angle for a solar panel installation in the UK, it is best to consult with a professional solar installer who can perform a detailed analysis using specialized software to take all of these factors into account.

      Conclusion

      Choosing the best angle for solar panels is essential for maximizing their energy output and reducing your energy costs. Factors such as location, time of day, and time of year play a significant role in determining the optimal angle. By using a solar tracker, a solar panel angle calculator, or consulting with a professional, you can ensure that your solar panels are positioned to capture the maximum amount of sunlight and generate the most electricity possible.If you’re still confused, you can consult with our expert

      Solar UPS systems are a popular choice for homes and businesses looking for reliable backup power sources. They utilize the power of the sun to charge batteries, which then provide power in the event of an outage or other disruption to the grid. If you are interested in installing a solar UPS system in your home or business, this guide will provide you with a step-by-step process to help you get started.

      solar ups working infographics

      Step 1: Assess Your Power Needs

      The first step in installing a solar UPS system is to assess your power needs. You will need to determine the amount of power that you will need to run your critical appliances and electronics in the event of an outage. This will help you to determine the size and capacity of the solar UPS system that you will need to install. A professional installer can help you to assess your power needs and recommend the right system for your home or business.

      Step 2: Choose Your Solar UPS System

      Once you have assessed your power needs, it is time to choose your solar UPS system. There are a variety of systems available on the market, each with their own features and benefits. You will want to consider factors such as battery capacity, charging time, and the number of outlets and ports available. You may also want to consider whether you want a portable or stationary system. Your installer can help you to choose the best system for your needs and budget.

      Step 3: Choose the Location for Your Solar UPS System

      The next step is to choose the location for your solar UPS system. Ideally, you will want to install it in a location that receives ample sunlight throughout the day. This may be on the roof of your home or business, or in a location that is unobstructed by trees or other structures. Your installer can help you to choose the best location for optimal performance.

      Step 4: Install Your Solar Panels

      Once you have chosen the location for your solar UPS system, it is time to install your solar panels. This may require drilling into your roof or other structures, so it is important to work with a professional installer to ensure that the installation is done safely and correctly. Your installer will also help you to connect your solar panels to your solar UPS system.

      Step 5: Install Your Batteries and Inverter

      The next step is to install your batteries and inverter. Your batteries will store the power generated by your solar panels, while your inverter will convert that power into usable electricity for your home or business. Your installer will help you to choose the right batteries and inverter for your system, and will install them in a safe and secure location.

      Step 6: Connect Your Solar UPS System to Your Home or Business

      Once your solar panels, batteries, and inverter are installed, it is time to connect your solar UPS system to your home or business. This will require running wires and cables from your solar UPS system to your electrical panel. Your installer will ensure that all wiring is done safely and according to local building codes.

      Step 7: Test Your System

      The final step in the installation process is to test your solar UPS system. Your installer will help you to test your system to ensure that it is working properly and providing the power that you need in the event of an outage or other disruption to the grid. You will also want to test your system periodically to ensure that it continues to work properly over time.

      In conclusion, installing a solar UPS system is a smart choice for those looking for a reliable backup power source for their homes or businesses. By assessing your power needs, choosing the right system, selecting an ideal location, and working with a professional installer, you can ensure that your solar UPS system will provide you with the power you need in the event of an outage or other disruption to the grid. With proper installation and testing, you can have peace of mind knowing that your solar UPS system will continue to work efficiently and effectively for years to come. So, take the first step towards a more sustainable and reliable power source today by exploring your options for a solar UPS system.

      Commercial solar panels have the capacity to make a real difference to your business. Whether you aim to cut down your business energy bills, want to be a sustainable businessman to increase your brand reputation, or attract customers from your non-green competitors, commercial solar panels are the best option.

      It’s important to know what commercial solar panels are and how they differ from domestic ones. You’ll also want to know how many panels your business needs, the cost, and how long it will take for your investment to pay off. Luckily, this article will answer all your questions and provide a comprehensive guide to the components and functionality of a commercial solar panel system. Let’s take a comprehensive look at the components and functionality of a commercial solar panel system.

      What are commercial solar panels?

      Commercial solar panels are a powerful solution designed to meet the energy needs of businesses. With a similar appearance to domestic solar panels but larger in size, they offer increased energy production and savings. While they may be more expensive than typical solar panels, their capacity to generate power makes them ideal for large-scale industries. Moreover, commercial solar panels can supply electricity not only to industrial power needs but also to nearby domestic properties, making them an eco-friendly and cost-effective choice for businesses looking to reduce their carbon footprint.

      Working of commercial solar panels

      Solar panels produce direct current (DC) electricity, while most homes and businesses use alternating current (AC). To make the solar energy usable, an inverter will be installed along with the system to convert DC electricity into AC electricity for your business.

      In good sunlight, each solar panel can generate around 200-350 watts of energy. Despite the UK’s reputation for cloudy weather, solar panels can still produce power on cloudy days.

      Battery storage is an option for businesses that want to make the most of their solar energy. Excess energy generated by the commercial solar system during the day can be stored in batteries and used when the sun isn’t shining.

      What are the benefits of a commercial solar system for businesses?

      Switching to solar power can provide businesses with numerous benefits in both the short and long term. The most significant benefit is the reduction of electricity bills by almost 50%, resulting in substantial cost savings. Solar power also helps to reduce carbon emissions, demonstrating a business’s commitment to sustainable practices and improving their corporate responsibility.


      A medium-sized commercial solar array of 30 kWp (kilowatts peak) can typically reduce your yearly electricity bills by around £5,400 on average.

      Solar panels require minimal maintenance. Regular cleaning to keep the panels clear and debris-free is typically all that is needed to ensure they continue generating affordable, sustainable power for 25 years or longer.

      How many solar panels would my business need?

      Every business is different so their energy needs. However, there are several determining factors that are essential to your business that will influence how many solar panels your business need.

      Electricity consumption

      When considering how much electricity your business uses, energy consumption is a crucial factor. Most solar panel suppliers typically evaluate your current energy usage, either through your bills or other consumption data. They typically use total Kilowatt-hours (kWh) as a standard unit of measurement for this assessment.

      The local sunlight hours

      The number of solar panels required for your business is directly influenced by the amount of natural sunlight your area receives. Since the UK experiences varying amounts of natural sunlight, this factor will impact the amount of energy that solar panels can generate.

      Your roof size

      The amount of sunlight your business receives is another crucial factor in determining the number of solar panels that can be installed on your roof. Additionally, it’s important to consider the stability of your roof, such as its ability to support the weight of the panels and how they will be angled.

      How much do commercial solar panels cost?

      For small to medium-sized businesses considering a commercial solar panel system, the cost can vary between £16,000 and £80,000 depending on factors like roof size, energy requirements, and the number of panels needed.

      It’s essential to determine if solar panels are suitable for your business before investing. A good starting point is to review your utility bills to evaluate your energy consumption and cost per kilowatt. An average small to medium-sized business in the UK consumes approximately 30,000 to 50,000 kilowatt hours (kWh) of electricity per year, with an estimated cost of £1600 per kilowatt for installing a commercial solar panel system. Refer to the table below for an overview of various commercial solar panel system sizes and typical costs.

      System size in kilowatt peakEstimated Cost Approximate number of panels of around 440W
      10 kWp£16,00023
      20 kWp£32,00045
      25 kWp£40,00056
      30 kWp£48,00068
      50 kWp£80,000115

      Do you need planning permission for commercial solar panels?

      Solar panel installations in the UK are generally considered “permitted development rights,” which means that, in most cases, planning permission is not needed. However, there may be certain exceptions and restrictions that could impact the installation, such as the location of the building or the nature of the business. Therefore, it’s recommended to consult with the local planning authority to confirm whether planning permission is required for a commercial solar installation.

      How can businesses get financed for commercial solar panels?

      Every business owner wants to finance their business when they try to adopt new technology, and this holds true for solar panel systems for commercial use. For commercial solar panels, one way to finance them is through power purchasing agreements (PPAs).

      PPAs allow business owners to install a solar panel system for their business without having to pay for it upfront. By choosing a PPA, a business can lease its roof space and purchase solar electricity at a discounted rate, rather than investing in a solar system of their own. This way, businesses can enjoy multiple benefits, including solar power, cost savings, and not having to bear the full cost of purchasing a solar system. A business can also choose to buy the solar system at a later date under the agreement.

      Many PPAs offer businesses the opportunity to acquire the solar system at no additional cost after a 25-year period, which is advantageous. While older solar panel models have a lifespan of 25-30 years, newer models can last up to 40-50 years.

      Are there any grants to help businesses buy commercial solar panels?

      In the last decade, the UK government has taken many initiatives regarding incentives and grants for the installation of solar panel systems in the country. There are still some grants available for businesses to take advantage of when installing a solar system, but some of them are no longer available. To learn more about the detailed grants and incentives that the government is still offering, you can read our comprehensive blog on government grants and incentives.

      Conclusion

      In today’s world, the need for sustainable energy solutions is more critical than ever. That’s why commercial solar panels have become the go-to solution for businesses looking to reduce their carbon footprint while saving on energy costs. But before jumping into the world of solar energy, it’s essential for business owners to understand the ins and outs of solar power systems, including their functionality, cost, and regulatory requirements. Commercial solar systems are not only cost-effective, but they’re also environmentally friendly and easy to install. The number of panels and overall cost will depend on the specific energy needs of the business, but the benefits of transitioning to solar power are numerous. We highly recommend that every business consider solar as their energy partner and start enjoying the many benefits of clean, inexpensive electricity for decades to come.

      Solar energy is becoming an increasingly popular option for homeowners and businesses in the UK. In recent years, many people have been turning to solar panels with battery storage as a way to reduce their dependence on traditional energy sources and to save money on their energy bills. However, it is important to understand the cost of solar panels with battery storage in order to make an informed decision about whether this investment is right for you. In this article, we will discuss the key factors that influence solar panels with battery storage cost UK, as well as the potential long-term financial benefits of this investment.

      Understanding the Basics of Solar Panels with Battery Storage

      To fully grasp the cost of solar panels with battery storage, it’s essential to understand how these systems work. In a nutshell, solar panels convert sunlight into electricity, which is then stored in a battery for later use. However, the type of battery and solar panel can make a significant difference in the overall cost and efficiency of the system. From lithium-ion to lead-acid to flow batteries, there are several options available, each with their own set of pros and cons. Choosing the right battery for your solar panel system is crucial to unlocking maximum savings and efficiency. Let us guide you through the world of solar panel storage and help you get the most out of your investment.

      cost of solar panels with battery storage - solar panels with battery storage cost uk

      Factors that Influence the Cost of Solar Panels with Battery Storage UK

      Solar panels with battery storage cost in the UK can vary widely based on several factors that need careful consideration. The size of the solar panel system is one critical factor that affects the cost of installation, as the larger the system, the higher the cost. Additionally, the type of battery used plays a crucial role in determining the overall cost of the system, as some types can be more expensive than others. Alongside these factors, installation costs, including labor and permit expenses, can also significantly impact the final price. In this guide, we’ll help you understand the different factors that contribute to the solar panels with battery storage cost in the UK, and provide you with price ranges to make informed decisions.

      Here are some factors that affects solar panels with battery storage cost UK

      Size and Capacity

      When planning for a solar panel and battery storage system, it is important to consider the size and capacity as they are key factors in determining the overall cost. On average, a 4kW solar panel system with battery storage costs between £10,000 to £12,000. It’s worth noting that a larger system with a higher capacity will generally cost more, but it will also generate more energy and provide greater energy security. Therefore, it’s important to carefully consider your energy needs and budget before deciding on the size and capacity of your solar panel and battery storage system.

      Type of Solar Panel

      The type of solar panel used can significantly impact the cost of a solar panel system. Higher efficiency panels tend to be more expensive, but they can generate more electricity from the same amount of sunlight. The two most commonly used types of solar panels in the market are monocrystalline and polycrystalline solar panels. When comparing their cost, monocrystalline panels are more efficient and expensive than polycrystalline solar panels. The cost of your solar panel system will depend on the type of panel you choose.

      Solar panel calculation scenario

      4KW Solar PV cost – Commonly Used System for UK Households

      A commonly installed solar PV array on UK domestic properties is a 4kW solar system. It is usually sufficient to meet the energy needs of a household comprising three to four people. The average cost of a 4kW solar PV system ranges between £5,000 to £6,000 and requires approximately 10 solar panels.

      5KW solar PV cost

      In case you have a larger household and higher energy requirements, a bigger PV array would be necessary to meet your needs. Typically, a 5kW solar system will require 12 solar panels. The cost of a 5kW solar PV system usually ranges from £8,500 to £10,000.

      Cost of Solar PV per KW System in the UK

      System SizeEstimated CostsNumber of Panels
      3kW PV system£5,000 – £6,0008
      4kW PV system£5,500 – £7,00010
      5kW PV system£8,500 – £10,00012
      6kW PV system£10,500 – £12,00016

      Type of Battery

      The type of battery used for storage can impact the cost of the solar panel system. Lithium-ion batteries are more expensive than other types, but they tend to be more efficient and have a longer lifespan. It is essential to select a battery that is compatible with the solar panels and can store enough energy to meet the needs of the household or business. And if you talk about the range of the solar battery price it can cost you between £5000 to £15000, depending on your requirements.

      Comparison table showing the costs of different lithium-ion solar batteries in the UK:

      Battery BrandUsable Capacity (kWh)CostWarrantyLife cycles
      LG Chem RESU6.5 kWhFrom £3,50010 years6000
      Tesla Powerwall13.5 kWhFrom £5,50010 yearsUnlimited
      Powervault4 kWhFrom £4,50010 years> 6000
      SolaX3.5 kWhFrom £4,00010 years6000

      Installation Costs

      Installation costs can vary depending on the complexity of the installation, accessibility of the site, and labor costs. It is essential to choose a reputable and experienced installer who can provide a detailed quote for the installation and any necessary upgrades to the electrical system.

       Maintenance Costs

      Ongoing maintenance costs such as battery replacements and system checks can impact the overall cost of a solar panel system with battery storage. It is important to factor these costs into the overall investment and choose a system that requires minimal maintenance over its lifetime.

      Average cost of different solar panels with solar battery storage

      We’ve already given you the lowdown on the factors that can impact solar panels with battery storage cost in the UK. Now, let’s talk numbers! Check out the average costs of 4kw and 5kw solar panel systems with battery storage, so you can start planning your sustainable energy future. Don’t miss out on our expert tips to make the most of your investment.

      4kW solar panel with battery storage

      Imagine paying less for energy bills while contributing to a sustainable future – it’s possible with a 4kw solar panel system and battery storage. This is the ideal fit for an average household in the UK. Curious about the average cost of this eco-friendly energy combo? We’ve got you covered.

      4KW solar panels with battery storage cost in the UK

      No of solar panels10 panels
      Battery capacity5.2kWh
      Inverter5 KW
      Price£10,000- £12000

      5KW solar panels with battery storage cost in the UK

      No of solar panels12 panels
      Battery capacity5.2kWh
      Inverter5 KW
      Price£12,000- £13000

      6-7KW solar panels with battery storage cost in the UK

      No of solar panels 16 panels
      Battery capacity5.2kWh
      Inverter6KW
      Price£14,000- £15,500

      In conclusion, Solar panels with battery storage are becoming a popular option in the UK for reducing energy bills and reliance on traditional energy sources. However, understanding the factors that influence the cost, such as the size and type of battery and solar panel, is crucial for making an informed investment decision. A 4 Kw solar panels with battery storage cost UK system typically ranges from £10,000 to £12,000, and the type of battery used can impact the overall cost. Selecting the right system size and battery is important to maximize savings and efficiency

      Solar energy is becoming an increasingly popular form of renewable energy, and many homeowners are considering installing solar panels on their roofs. However, there is a growing trend of installing solar panels on both sides of roof. In this blog, we will discuss the benefits and challenges of installing solar panels on both sides of roof.

      What are Solar Panels on Both Sides of Roof?

      Installing solar panels on both sides of roof means installing solar panels on the front and back of the roof. Typically, solar panels are installed on the south-facing side of the roof, as this is where they can receive the most sunlight. However, when solar panels are installed on both sides of the roof, they can capture more sunlight throughout the day.

      solar panels on both sides of roof

      Benefits of Installing Solar Panels on Both Sides of Roof

      1. Increased Energy Production

      When solar panels are installed on both sides of the roof, they can generate more energy throughout the day. This is because the panels can capture sunlight from both the east and west, as well as the south.

      1. Reduced Energy Costs

      By generating more energy, homeowners can reduce their energy bills. Installing solar panels on both sides of the roof can help homeowners save money on their energy bills, which can be a significant benefit over time.

      1. Improved Aesthetics

      Installing solar panels on both sides of the roof can improve the aesthetics of the home. Instead of having all the solar panels on one side of the roof, the panels are distributed evenly, making the home look more visually appealing.

      1. Increased Home Value

      Homes with solar panels installed on both sides of the roof typically have a higher value than homes without solar panels. This is because solar panels can help reduce energy costs, making the home more attractive to potential buyers.

      Challenges of Installing Solar Panels on Both Sides of Roof

      1. Increased Installation Costs

      Installing solar panels on both sides of roof can be more expensive than installing them on just one side of the roof. This is because it requires more panels and more installation time.

      1. Potential for Shading

      When solar panels are installed on both sides of the roof, there is a potential for shading. This is because trees, buildings, and other structures can cast shadows on one side of the roof, reducing the amount of sunlight that the solar panels can capture.

      1. Complex Wiring

      Installing solar panels on both sides of the roof can require more complex wiring. This is because the panels need to be connected to the same inverter, which can be more challenging when the panels are installed on different sides of the roof.

      1. Maintenance Challenges

      Maintaining solar panels on both sides of the roof can also be a challenge. Homeowners need to regularly clean the panels to ensure that they are functioning at their optimal level. This can be more difficult when the panels are installed on both sides of the roof, as it requires more effort to access them.

      How to Install Solar Panels on Both Sides of Roof

      To install solar panels on both sides of the roof, it is important to work with a professional solar panel installation company. They can provide an assessment of the roof’s structural integrity and ensure that the panels are installed safely and efficiently.

      The installation process typically involves the following steps:

      1. Structural Assessment – A professional solar panel installation company will assess the roof’s structural integrity to ensure that it can support the weight of the panels.
      2. Panel Placement – The installation company will determine the best placement for the solar panels on both sides of the roof to ensure maximum sunlight exposure.
      3. Wiring – The panels will need to be wired together and connected to the inverter to ensure that they are functioning properly.
      4. Inverter Installation – The inverter will need to be installed to convert the DC power generated by the solar panels into usable AC power for the home.
      5. Maintenance – Regular maintenance is necessary to ensure that the solar panels are functioning at their optimal level.

      In conclusion, installing solar panels on both sides of roof can provide many benefits, including increased energy production, reduced energy costs, improved aesthetics, and increased home value. However, there are also challenges to consider, such as increased installation costs, potential for shading, complex wiring, and maintenance challenges. Working with a professional solar panel installation company can help ensure that the panels are installed safely and efficiently, providing a reliable and sustainable source of energy for years to come.

      Solar energy is one of the most popular forms of renewable energy available today. It is not only environmentally friendly, but it also helps reduce energy costs in the long run. However, installing solar panels can be expensive, and optimizing them for maximum efficiency can be challenging. This is where a buck converter comes in. In this blog, we will discuss what a buck converter is, how it works with solar panels, when buck is used with solar panels and how it can optimize your solar energy system.

      What is a Buck Converter?

      A buck converter is a type of DC-DC converter that steps down voltage from a higher voltage to a lower voltage. It does this by controlling the amount of time the input voltage is applied to the output. In other words, a buck converter takes in a high voltage, and then outputs a lower voltage.

      when buck is used with solar panels

      How Does a Buck Converter Work with Solar Panels?

      Solar panels generate DC power, which is then converted to AC power using an inverter. However, before the DC power can be converted to AC power, it needs to be regulated to ensure that it is at the right voltage level. This is where a buck converter comes in.

      When a buck converter is used with solar panels, it steps down the voltage from the solar panels to match the voltage level of the inverter. By doing this, it ensures that the solar panels are operating at their maximum efficiency.

      When Buck is Used with Solar Panels: Benefits

      1. Increased Efficiency: One of the most significant benefits of using a buck converter with solar panels is increased efficiency. When the voltage from the solar panels is not regulated, it can fluctuate, leading to power loss. By using a buck converter to regulate the voltage, the solar panels can operate at their maximum efficiency, leading to increased power output.
      2. Longer Lifespan: Another benefit of using a buck converter is that it can help extend the lifespan of your solar panels. When the voltage from the solar panels is not regulated, it can cause damage to the panels, leading to a shorter lifespan. By using a buck converter, you can ensure that the voltage is regulated, which can help extend the lifespan of your solar panels.
      3. Cost Savings: Using a buck converter with solar panels can also lead to cost savings. By increasing the efficiency of your solar panels, you can generate more power, which can help reduce your energy costs. Additionally, by extending the lifespan of your solar panels, you can avoid the costs associated with replacing them.

      There are different types of buck converters available in the market, and the choice of the right converter depends on the specific requirements of your solar energy system. For instance, if your solar panel generates a voltage that is higher than the voltage of your inverter, you will need a buck converter that can step down the voltage to match the inverter’s voltage.

      Apart from regulating the voltage, a buck converter can also provide other functionalities that can optimize your solar energy system. For instance, some buck converters come with a maximum power point tracking (MPPT) feature that ensures that the solar panels are always operating at their maximum power output.

      MPPT is a technology that helps track the maximum power point of the solar panel, which is the point where the panel generates the most power. By constantly adjusting the output voltage of the buck converter to match the maximum power point of the solar panel, MPPT ensures that the solar panel operates at its highest efficiency.

      Another functionality of buck converters is the ability to regulate the current flowing from the solar panel to the inverter. This is important because the current that flows from the solar panel needs to be regulated to match the requirements of the inverter. By regulating the current, a buck converter ensures that the solar panel operates within its safe limits, thereby preventing damage to the panel.

      In addition to the benefits mentioned above, using a buck converter with solar panels can also help reduce the overall size and cost of your solar energy system. This is because a buck converter can step down the voltage to match the requirements of the inverter, thereby allowing you to use smaller and more cost-effective components.

      Conclusion – when buck is used with solar panels?

      In conclusion, using a buck converter with solar panels is an effective way to optimize your solar energy system. It ensures that the solar panels operate at their maximum efficiency, leading to increased power output, longer lifespan, and cost savings. When choosing a buck converter, it is important to consider the specific requirements of your solar energy system and choose a converter that meets those requirements. With the right buck converter, you can maximize the benefits of solar energy and contribute to a more sustainable future.

      In recent years, solar panels have gained significant attention as a promising source of renewable energy for electricity production. The demand for solar panels is increasing globally, as homeowners, individuals, businesses, industries, and farms seek a cleaner, cheaper, and more reliable energy source. Despite the abundance of information available on the internet, some people still struggle to find accurate information on solar panels. This blog aims to explore essential solar panels facts and figures to provide a better understanding of the power of the solar panels.

      Here are some solar panels facts that will change the way you think about solar panels

      Solar panels are not new in the market – Solar Panels Facts

      Many people around the world believe that solar panel systems are a new way of energy production, but this is not true. In fact, the first solar panel was manufactured in the mid-19th century when Bell Laboratories created the first solar cell. Although its efficiency was only 1%, this marked the beginning of the solar energy initiative.

      Solar panel industry growth and projections – Solar Panels Facts

      Power generation from solar PV increased by a record 179 TWh in 2021, marking a 22% growth from 2020. Solar PV accounted for 3.6% of global electricity generation, making it the third largest renewable electricity technology behind hydropower and wind. ( https://www.iea.org/reports/solar-pv). The industry is expected to continue its impressive growth rate. According to “World Energy Outlook 2022“, the latest publication by The International Energy Agency (IEA), the annual capacity of added solar panels is predicted to increase more than quadruple to 650 GW in 2030. This growth is driven by several factors, including the decreasing cost of solar technology and increasing government support for renewable energy.

      Solar panels are cheaper – Solar Panels Facts                                              

      One of the most significant advantages of solar energy is its cost-effectiveness. The cost of solar energy has declined rapidly over the last decade, making it increasingly competitive with traditional energy sources. Solar panel costs have dropped by over 80% in the past decade, making it the cheapest source of electricity in some regions, and when compared to electricity bills, solar panels are more than 50% cheaper than grid electricity.

      Figure by – Green Power

      Solar panels are built to last – Solar Panels Facts

      One of the most tremendous benefits of installing solar panels is their ability to last for a longer period of time. Solar panels are a lifetime companion. Typically, when a solar panel is installed, the power agreement lasts between 20 to 30 years. It means a solar panel can produce electricity for a minimum of 20 years, and a well-reputed and quality-oriented brand can resolve your electricity headache for nearly 30 years. And magically, after that period, they don’t stop working immediately. In most cases, solar panels will be fully functional even after that period.

      Solar panels increase your home’s value – Solar Panels Facts

      Homes that have solar panels installed on their rooftops are more valuable than those without. Even if your home is not the most visually attractive feature, studies have shown that its value can still increase by 4% to 14% with the installation of solar panels. This means that your home will still be desirable to potential buyers, even if it is not located in the most well-reputed areas of society.

      Solar panels do not need direct sunlight – Solar Panels Facts

      One of the surprising solar panels facts is that they can still work and produce enough electricity during cloudy days or when the sunlight is dim. According to the National Renewable Energy Laboratory, solar panels can still produce 25% of their energy production during cloudy days. This makes solar panels a reliable source of power even in cold weather conditions.

      Solar panels are completely silent – Solar Panels Facts

      All forms of traditional electricity generation produce noise and add pollution to the already polluted environment. Unlike generators, solar panels do not produce any noise, making them completely silent. This makes solar PV a superior solution for domestic and other applications, such as libraries, schools, and hospitals where silence is necessary. You may wonder about inverter noise, but it is negligible when compared to generators and other traditional forms of energy production.

      Solar panels are environment-friendly – Solar Panels Facts

      Solar panels are the most reliable and environmentally friendly source of electricity production. They emit almost nothing in terms of environmental pollutants. In the first two years of their production, solar panels emit only around 50g CO2 per KWh. By the third year, most of the solar panels become carbon neutral. On the other hand, the traditional way of electricity production emits almost 2.26 pounds of CO2 per kWh produced.

      Solar panel efficiency ratings – Solar Panels Facts

      You may be surprised to know that solar panels cannot convert all the sunlight that hits their surface into electricity. Here’s why: One hour of sunlight has the potential to power the Earth for an entire year. It’s simply not possible for a single panel to absorb that much light at once. On average, a solar panel can convert only 15% to 22% of the sunlight it receives into energy. So, the efficiency of solar panels is measured by their ability to convert sunlight into electricity.

      Conclusion

      The solar panels facts and figures presented in this blog highlight the tremendous potential of solar energy as a clean and sustainable source of power. With the cost of solar technology continuing to decline and government support for renewable energy increase, we can expect to see continued growth in the solar industry. As we move towards a more sustainable future, solar energy will play an important role in reducing our reliance on non-renewable energy sources and mitigating the negative impacts of climate change.

      Solar energy is one of the most popular forms of renewable energy in the UK, and for good reason. Not only does it provide clean energy, but it also saves homeowners money on their energy bills. The UK government has recognized the importance of solar energy and offers a variety of government grants for solar panels and schemes to help homeowners install solar panels. In this blog, we’ll go over everything you need to know about government grants for solar panels in the UK in 2023.

      Despite the energy price crises and inflation, Prime Minister Rishi Sunak has removed the 5% VAT on solar panel installation for a period of 5 years. Currently, VAT on solar panel installation is set at 0%. The government grants for solar panels in UK now presents an excellent opportunity to switch to a solar PV system.

      What Solar Panel Funding is Available in UK?

      The government has been actively promoting renewable energy sources for several years, and as part of their efforts, they have introduced various grant schemes to encourage people to transition to renewable energy. One of the initial steps taken was to reduce the price of solar panels, making it more accessible for the average person. While there are no traditional grants specifically for solar panels at the moment, there is one open grant called the Smart Export Guarantee for new applications.

      In addition to government grants for solar panel, there are other incentives and benefits available for solar panels in the UK.

      Solar GrantsPotential SavingRun Time
      0% VATOne can save more than £1200 on solar panel installation and energy bills.From April 1 to March 2027  
      Energy Company Obligation (ECO4)Partially or fully FREE solar panel possibility  From April 1 to March 2026
      Smart Export Guarantee£160 per yearFrom 1st Jan – indefinite time
      Feed In Tariff4.21p per kWh you produce & 5.99p per kWh you send to the gridExpired in 2019 —  but those registered will continue to benefit
      Renewable Heat IncentiveUp to £3,000  Expired on 31 March, 2022
      Free Solar Panel SchemeFree solar panels (£5,000 to 10,000)Expired in March 2019  

      Latest NewsSolar Panels are Now VAT-Free Until 2027!

       

      In recent times, Europe has experienced the highest energy prices in four decades, with inflation largely driven by rising energy costs. In an effort to assist UK households in reducing their electricity bills, the government has implemented a reduction in the VAT on solar panel installation from 5% to 0% under the government grants for solar panels UK.

       

      According to a government report, the average household can expect to save over £1,000 in total installation costs and £320 on annual energy expenses.

       

      It’s important to note that the VAT exemption will remain in effect until 2027, after which the rate will return to 5%. Don’t miss out on this opportunity to save money on your electricity expenses. Take advantage of it now and start enjoying the benefits of solar panel installation.

      The ECO4 Scheme – Government Grants for Solar Panels

      One of the most well-known government schemes for solar panels in the UK is the ECO4 scheme, which was implemented in April 2022 and will run until March 2026. The purpose of the government grants for solar panels is to improve the energy rating of UK homes and reduce carbon emissions.

      eco4 energy performance rating
      energy performance rating

      The ECO4 scheme is open to all UK homeowners, regardless of whether they own or rent their property. Eligible individuals can receive free or discounted solar panels through the scheme, which aims to assist low-income households in reducing their energy bills and carbon footprint. The eligibility criteria for the ECO4 scheme are as follows:

          • You must be a homeowner or private tenant in the UK

          • You or someone in your household must receive certain benefits

          • Your home must have an Energy Performance Certificate (EPC) rating of D, E, F, or G

          • Your home must be suitable for solar panel installation

        If you meet the eligibility criteria, you can apply for the ECO4 scheme through an approved installer. The installer will assess your home to determine if it’s suitable for solar panel installation and will provide you with a quote. If you decide to go ahead with the installation, the installer will handle all the paperwork and the installation process.

        ECO4 - government grants for solar panels uk

        The amount of funding you can receive through the ECO4 scheme depends on your household income and the number of children in your household. The following table shows the maximum funding amounts for different household sizes:

        One-parent households: One child – £18,000 Two children – £21,000 Three children – £24,000 Four or more children – £27,000

        Two-parent households: One child – £27,500 Two children – £32,300 Three children – £37,200 Four or more children – £42,000

        If you receive funding through the ECO4 scheme, you won’t have to pay anything upfront for the solar panel installation. Instead, you’ll make repayments through your energy bills over a period of time. The repayments are designed to be affordable, and you should see a reduction in your energy bills right away.

        Benefits of ECO4

        The ECO4 scheme offers significant benefits to low-income households in the UK by providing the opportunity to upgrade their heating systems to more efficient and eco-friendly alternatives, such as solar PV panels.

        This scheme is expected to upgrade around 450,000 homes, primarily to an EPC band C rating. This means that households will benefit from reduced energy bills, with an average reduction of approximately £290 per year. For homes with the least efficient heating systems, this reduction could be as much as £1,600 annually.

        Eligibility criteria

        The ECO4 scheme is designed to help low-income, fuel-poor, and vulnerable households in the UK receive assistance with their heating systems. To qualify for solar PV panels, your home must meet specific requirements, including having an inefficient heating system within the D-G energy efficiency band, owning your home or living in private rented accommodation, and receiving government benefits like income support or child benefits.

        table of proposed benefits of ECO4 Scheme

        For households that are not currently receiving benefits but are considered low-income, there is still an opportunity to qualify for ECO4 through the ECO4 LA Flex program. This program allows local councils to determine eligibility criteria tailored to the needs of people in their area, which may include factors like age, number of occupants, number of children, and the condition of the home. This means that more people in the UK will have access to government grants for solar panels UK.

        Comparison of ECO3 and ECO4

        How to Apply for ECO4 Scheme

        To apply for the ECO4 scheme, contact a participating energy supplier for a telephone assessment. If you qualify, an installer will confirm the energy-efficient measure’s suitability for your home. Choosing the right solar panels is crucial for maximising savings – tailor-made panels can reduce annual energy bills in the UK by over 70%. Compare up to three tailor-made solar systems in your region for the best choice that matches your home’s specific needs and leads to maximum efficiency and savings.

        Smart Export Guarantee (SEG) Scheme – Government Grants for Solar Panels UK

        In addition to the FIT scheme, the UK government also introduced the Smart Export Guarantee (SEG) scheme in Jan 1st, 2020. This scheme requires energy suppliers with more than 150,000 customers to offer a tariff for the surplus electricity generated by small-scale low-carbon generators, including solar panel systems. This means that homeowners with solar panels can earn money by selling their surplus electricity back to the grid.

        Under the SEG scheme, energy suppliers set their own tariffs, so it’s important to shop around to find the best deal. Tariffs can be fixed or variable, and some suppliers may offer export payments in addition to the standard tariff. It’s important to note that the SEG scheme only applies to new solar panel installations and does not provide any funding for the installation itself.

        SEG scheme - government grants for solar panels uk

        The SEG scheme is expiry date is not out yet. It’s important to note that while the SEG scheme provides a way for homeowners to earn money from their solar panels, the amount they can earn will depend on a number of factors, including the size of their solar panel system, the amount of surplus electricity they generate, and the tariff rate offered by their energy supplier.

        Advantages of Smart Export Guarantee

        The Smart Export Guarantee (SEG) provides benefits to solar panel owners by allowing them to shop around for the best price per kWh for exporting their excess energy. SEG Licensees offer rates between 1p and 7.5p per kWh, and solar panel owners can choose any licensee, regardless of their electricity supplier. This flexibility enables them to secure the best deal for their exported energy. Based on a rate of 7.5p per kWh, a typical three-bedroom home with a 3.5 kWp solar panel installation can earn £112 per year under SEG.

        Smart Export Guarantee (SEG) Tariff Comparison

        Smart Export Guarantee (SEG) Tariff Comparison

        seg scheme tariff comparison

        Eligibility Criteria

        To be eligible for the SEG, homeowners must have solar panels with a capacity of up to 5MW and a smart meter to measure exports. Certain energy suppliers may offer unique rates for energy exported from particular solar battery storage systems.

        How you can apply for Smart Export Guarantee

        To apply for Smart Export Guarantee, you need to find an SEG Licensee and apply directly to them. All eligible generators can receive an SEG tariff. Make sure to have an energy-efficient panel tailored to your home’s needs before applying for SEG tariffs.

        Smart Export Guarantee Grants in the UK (2023): Complete Guide
        Caption – Application Process Steps fro SEG

         

        VAT Reduction – Government Grants for Solar Panels

        Another way that the UK government has supported the installation of solar panels is by reducing the VAT rate on renewable energy products and installations. In April 1st, 2022, the government announced that the VAT rate on solar panel installations would be reduced from 20% to 5%, making it more affordable for homeowners to install solar panels.

        This VAT reduction applies to all solar panel installations on residential properties, regardless of the size of the system or the income of the homeowner. It also applies to all associated products and services, including batteries, inverters, and installation costs.

        The reduced VAT rate on solar panel installations is expected to make a significant difference in the affordability of solar panels for homeowners, reducing the upfront cost and increasing the potential return on investment. This reduction also brings the VAT rate on solar panels in line with the VAT rate on energy bills, further encouraging the adoption of renewable energy.

        It’s important to note that while the VAT reduction on solar panel installations is a welcome change, it only applies to the installation itself and not to ongoing maintenance or repair costs. Homeowners should also be aware that the VAT reduction may not be applied automatically and should check with their solar panel installer to ensure that they are receiving the reduced rate.

        0% VAT Reduction - government grants for solar panels uk

        Advantages of 0% VAT

        0% VAT on renewables, such as solar panels, heat pumps, biomass boilers, insulation, and other energy-saving materials, can result in significant savings for households. Scrapping the previous 5% VAT will see typical families with rooftop solar panels save over £1,000 on installation and £300 annually on their energy bills.

        Zero Percent VAT solar panels in the UK
        Caption – Martin Lewis – Money saving Expert’s estimation about potential Savings on VAT

        Eligibility Criteria

        Eligibility for the 0% VAT rate is based on specific requirements that must be met. The installation and product must be done together, and the primary work must be for energy-saving materials. The government’s website provides full details and the previous eligibility criteria no longer apply. Other goods and services, such as insulation, can also be installed at the same time.

        How you can apply for 0% VAT

        The 0% VAT will be applied automatically by the installer if the installation and energy-saving material are eligible, so no application process is required.

        Recently Expired: The Green Homes Grant – Government Grants for Solar Panels

        Another government scheme that homeowners can take advantage of is the Green Homes Grant. This scheme was launched in 2020 and provides funding for a variety of energy-saving home improvements, including solar panel installation. The Green Homes Grant is open to all UK homeowners and covers up to two-thirds of the cost of eligible home improvements, up to a maximum of £5,000 per household. Low-income households can receive up to 100% of the cost of eligible home improvements, up to a maximum of £10,000.

        The eligibility criteria for the Green Homes Grant include:

            • You must be a homeowner or private tenant in the UK

            • Your home must be built before 2011

          To apply for the Green Homes Grant, you’ll need to find a registered installer and obtain a quote for the solar panel installation. Once you’ve received the quote, you can apply for the grant through the Simple Energy Advice website. If your application is approved, you’ll receive the grant funding, and the installer will handle the installation process.

          Recently Expired: The Feed-in Tariff Scheme – Government Grants for Solar Panels

          In addition to the ECO4 and Green Homes Grant schemes, homeowners can also take advantage of the Feed-in Tariff (FIT) scheme. This scheme pays homeowners for the renewable electricity they generate through their solar panels. The FIT scheme was closed to new applicants in 2019, but if you installed solar panels before that time, you may still be eligible to receive payments.

          Under the FIT scheme, homeowners receive two types of payments:

              • Generation tariff: A set rate paid for each unit of electricity you generate. This rate depends on the size of your solar panel system and when it was installed.

              • Export tariff: A set rate paid for each unit of surplus electricity you export back to the grid.

            The amount you can earn through the FIT scheme depends on the size of your solar panel system, the amount of electricity it generates, and the rates set by the government. FIT payments are tax-free and are made quarterly over a period of 20 years.

            Other Recently Expired: Government Grants for Solar Panels

            In addition to the ECO4 scheme, Green Homes Grant, and FIT scheme, there are other grants and schemes that homeowners can take advantage of to help with the cost of solar panel installation. These include:

                • Renewable Heat Incentive (RHI): This scheme pays homeowners for the renewable heat they generate through technologies such as solar thermal panels. The RHI is open to both homeowners and businesses and pays out over a period of 7 years.

                • Local authority schemes: Some local authorities offer grants or loans to homeowners for solar panel installation. Check with your local authority to see if they offer any such schemes.

                • Energy Company Obligation (ECO): This scheme is similar to the ECO4 scheme and provides funding for energy-saving home improvements. Check with your energy supplier to see if they offer any ECO schemes.

              Solar Panels Funding is Legitimate, Right?

              Yes, UK solar panel funding is legitimate. You can recoup most of the installation costs of solar panels and other energy-saving measures through ECO4 if you meet the eligibility criteria. You can also earn money by generating extra electricity through the Smart Export Guarantee.

              MAK Energy Ltd reviews solar panel funding regularly and provides updated information. It’s important to choose the right panel for your home, and MAK Energy Ltd can help you by providing tailor-made solutions available near you. For further information on energy government grants for solar panels, you can visit the government’s website. If you decide to invest in solar power or other clean energy sources, MAK Energy Ltd can help you receive free, non-binding quotes for solar panel, solar thermal & their installation, saving you time and effort.

              Conclusion

              Solar energy is an excellent way to reduce your carbon footprint and save money on your energy bills. The UK government offers a variety of government grants for solar panels and schemes to help homeowners install solar panels, including the ECO4 scheme, Smart Export Guarantee(SEG) Scheme, Green Homes Grant, and FIT scheme. If you’re considering installing solar panels, be sure to check if you’re eligible for any of these schemes to help with the cost.

              If you are considering installing solar panels for your home in the UK, you may be wondering whether to opt for roof-mounted or ground mounted solar panels. While roof-mounted solar panels are a popular option, ground mounted solar panels are gaining popularity for several reasons. In this article, we’ll take a look at the pros and cons of installing ground mounted solar panels for your home in the UK.

              Pros:

              Increased Efficiency: Ground mounted solar panels are typically installed at an optimal angle and direction to capture the maximum amount of sunlight. This can result in increased efficiency and higher energy production compared to roof-mounted solar panels that may not always be installed at the ideal angle.

              More Space: Ground-mounted solar panels offer more space for solar panel installation. This is especially useful if you have a large property or if your roof is already occupied by other installations such as a chimney or skylight. Additionally, ground mounted solar panels can be installed in a separate location from your house, which can be ideal if your roof is not strong enough to support the panels or if your roof needs repairs.

              Easy Maintenance: Ground mounted solar panels are easier to access for maintenance and cleaning compared to roof-mounted panels. This can help prolong the lifespan of your solar panels and ensure they continue to operate at peak efficiency.

              Flexibility: Ground mounted solar panels are not limited by the size, angle or shape of your roof. This means you can install more solar panels and generate more energy than with roof-mounted panels.

              Cons:

              Higher Cost: Ground mounted solar panels are generally more expensive than roof-mounted panels due to the additional costs associated with excavation and installation of support structures. Additionally, the cost of maintaining a ground mounted solar panel system may be higher due to the increased labor required for maintenance and cleaning.

              Aesthetics: Ground mounted solar panels may not be as aesthetically pleasing as roof-mounted panels. This is because the panels and supporting structures may be visible in your yard. However, the design and placement of your solar panel system can be customized to minimize the visual impact.

              Planning Permission: Ground mounted solar panels may require planning permission from your local council, especially if your property is in a conservation area or has other restrictions. You should check with your local council before installing a ground mounted solar panel system.

              Location Limitations: Ground mounted solar panels require a suitable location that receives a sufficient amount of sunlight throughout the day. If your property is surrounded by tall buildings or trees, you may not be able to install a ground mounted solar panel system.

              Sustainability Benefits of Ground Mounted Solar Panels

              Clean Energy: Ground mounted solar panels generate clean energy, which means they do not produce any harmful emissions or pollutants. This makes them an ideal solution for reducing carbon emissions and mitigating the effects of climate change.

              Renewable Energy: Solar energy is a renewable resource, which means it is sustainable and will not run out. By harnessing the power of the sun, ground mounted solar panels offer a long-term and reliable source of energy that can help to reduce our reliance on non-renewable energy sources.

              Reduced Carbon Footprint: Ground mounted solar panels can help to reduce the carbon footprint of a property or business by generating clean energy. By reducing reliance on non-renewable energy sources, we can help to mitigate the effects of climate change and create a more sustainable future.

              Energy Independence: Ground mounted solar panels can help to reduce our dependence on non-renewable energy sources, such as fossil fuels. By generating our own energy, we can become more energy independent and reduce our reliance on external sources of energy.

              Cost Savings: Ground mounted solar panels can help to reduce energy costs, which can have a significant impact on a property or business’s bottom line. By generating their own electricity, businesses and homeowners can save on their energy bills and reinvest those savings into their operations or into other sustainability initiatives.

              The Future of Ground Mounted Solar Panels

              As the world becomes more conscious of its carbon footprint, the demand for renewable energy solutions is increasing. Ground-mounted solar panels are an effective way to generate clean energy, reduce carbon emissions, and promote sustainability.

              In the UK, the government supported the growth of renewable energy by offering incentives and grants for the installation of solar panels. The Feed-in Tariff (FIT) scheme, for example, paid households and businesses for the electricity they generate from their solar panels, while the Renewable Heat Incentive (RHI) provided payments for those who generate heat from renewable sources. However, these schemes are no longer available.

              The growth of solar energy in the UK is also being driven by falling costs. According to the International Energy Agency (IEA), solar energy is now the cheapest form of electricity in history, with the cost of solar power falling by 90% over the past decade. This makes it an increasingly attractive option for businesses and homeowners looking to reduce their energy costs while also making a positive impact on the environment.

              Conclusion:

              Ground-mounted solar panels are an effective way to harness the power of the sun and promote sustainability. They offer a range of benefits, including increased efficiency, more space, easy maintenance, and reduced costs. By generating clean and renewable energy, ground-mounted solar panels can help to reduce our carbon footprint, promote energy independence, and save on energy costs.

              As the demand for renewable energy solutions continues to grow, ground mounted solar panels will play an increasingly important role in the UK’s transition to a more sustainable future. Whether installed on commercial or residential properties, they offer a practical and effective solution for reducing our reliance on non-renewable energy sources and mitigating the effects of climate change.

              The world is rapidly transitioning to renewable energy sources, and solar power is at the forefront of this change. As the technology has improved over the years, solar panels have become more efficient, affordable, and accessible than ever before. But with so many options on the market, how do you know which solar panels are the best for your home or business? In this article, we’ll take a closer look at the factors that determine solar panel quality and help you choose the right panels for your needs.

              Efficiency

              The efficiency of a solar panel refers to the amount of sunlight it can convert into usable energy. More efficient panels will produce more energy for the same amount of sunlight than less efficient panels. In general, the efficiency of solar panels has been improving over time, and most panels on the market today are around 15-20% efficient. However, some premium panels can reach efficiencies of 25% or higher.

              While higher efficiency panels are more expensive, they may be worth the investment if you have limited roof space or want to maximize your energy production. However, if you have ample roof space, it may be more cost-effective to install more lower-efficiency panels than a smaller number of high-efficiency panels. Read more ‘How to improve efficiency of solar panels?’

              Durability and Warranty

              Solar panels are designed to last for decades, so it’s important to choose a brand and model that is durable and reliable. Look for panels that are certified by industry organizations like the International Electrotechnical Commission (IEC) or Underwriters Laboratories (UL). These certifications ensure that the panels meet certain standards for quality and safety.

              In addition to choosing a durable panel, make sure to check the warranty offered by the manufacturer. Most panels come with a warranty of 20-25 years, but the specifics of the warranty can vary widely. Look for a warranty that covers both materials and workmanship, and make sure to read the fine print to understand what is and isn’t covered.

              Price

              Solar panels are a significant investment, but the price of panels has dropped dramatically in recent years. However, the cheapest panels may not always be the best choice. It’s important to balance the upfront cost of the panels with the potential savings on your energy bill over time.

              In addition to the cost of the panels themselves, you’ll also need to factor in the cost of installation and any additional equipment like inverters and mounting hardware. Make sure to get quotes from several reputable solar installers to compare prices and find the best deal.

              Brand and Reputation

              Finally, it’s important to consider the brand and reputation of the solar panel manufacturer. Look for brands that have been in the market for a while and have a good track record of producing high-quality panels. Check online reviews and customer feedback to get a sense of the brand’s reputation and customer service.

              In addition, consider the environmental impact of the panel’s production. Look for brands that use sustainable manufacturing processes and materials, and avoid companies with a history of environmental violations or controversies.

              Types of Solar Panels:

              Monocrystalline Solar Panels

              These solar panels are made from a single crystal of silicon and are known for their high efficiency and durability. They have a uniform black color and are often the most expensive option.

              Polycrystalline Solar Panels

              These solar panels are made from multiple crystals of silicon and have a speckled blue color. They are less expensive than monocrystalline panels but have slightly lower efficiency.

              Thin-Film Solar Panels

              These solar panels are made from a thin layer of photovoltaic material applied to a base material like glass or metal. They are the least expensive option but have the lowest efficiency and lifespan.

              Top Solar Panel Manufacturers:

              SunPower

              SunPower is a leading manufacturer of high-efficiency solar panels. Their panels are known for their sleek design and superior performance, making them a popular choice for both residential and commercial installations.

              LG

              LG is a well-known electronics manufacturer that also produces high-quality solar panels. Their panels are known for their durability and efficiency, and they offer a wide range of sizes and styles to fit different applications.

              Canadian Solar

              Canadian Solar is a global leader in solar panel manufacturing, with a reputation for producing high-quality panels at an affordable price point. Their panels are known for their efficiency and reliability, making them a popular choice for both residential and commercial installations

              In summary, choosing the best solar panels for your home or business requires consideration of several factors. The efficiency, durability and warranty, price, and brand reputation are all important considerations that should be weighed carefully. By doing your research and comparing options from several reputable manufacturers, you can make an informed decision and feel confident in your investment in solar power.

              Ultimately, the best solar panels for you will depend on your unique needs and priorities. Whether you’re looking to save money on your energy bill, reduce your carbon footprint, or increase the value of your property. Solar power is a smart investment that can pay off for decades to come. So start exploring your options today and join the millions of people around the world who are harnessing the power of the sun for a cleaner, brighter future.

              With the increasing demand for renewable energy sources, solar power has emerged as a popular option for both residential and commercial needs. While rooftop solar panels have gained popularity in recent years. Solar farms are becoming an increasingly popular option for meeting larger energy needs. In this blog, we will compare and contrast solar farms and rooftop solar panels to help you decide which option is better for your energy needs.

              Solar Farms:

              A solar farm is a large-scale solar installation that generates electricity for a utility company or a group of consumers. These farms are often located in remote areas and require large tracts of land to accommodate the solar panels. Solar farms typically generate more energy than rooftop solar panels and are therefore an ideal option for meeting large-scale energy needs.

              Benefits of Solar Farms:

              Higher energy output: Solar farms have a larger capacity to generate energy than rooftop solar panels, making them a better option for meeting larger energy needs.

              Economies of scale: The larger size of solar farms often allows for lower costs of production per unit of energy, making them a more cost-effective option than rooftop solar panels.

              Land use: Solar farm requires a significant amount of land to accommodate the solar panels, which can be challenging in urban areas. However, this also means that the panels can be placed in remote areas, avoiding conflicts with other land uses.

              Rooftop Solar:

              Rooftop solar panels are a popular option for residential and commercial buildings. These panels are installed on the rooftop of a building and generate energy for on-site consumption. Rooftop solar panels have become increasingly popular in recent years due to their affordability and ease of installation.

              Benefits of Rooftop Solar:

              Lower installation costs: Rooftop solar panels require less equipment and labor for installation than a solar farm, making them a more affordable option.

              Accessibility: Rooftop solar panels can be installed on buildings in urban areas where there may be limited space for solar farms.

              Independence: Rooftop solar panels allow for greater independence from utility companies and can generate energy for on-site consumption, reducing energy bills.

              Which Option is Right for You?

              The decision to invest in a solar farms vs rooftop solar panels depends on several factors, including energy needs, budget, and available space. Therefore, if you have a large-scale energy need, such as a utility company or industrial facility. A solar farm may be the better option. However, if you have limited space or a smaller energy need, rooftop solar panels may be the more cost-effective option.

              MAK Energy and Solar Farms:         

              MAK Energy is a UK-based solar company that specializes in the installation of solar farm. Furthermore, they have extensive experience in the design, construction, and maintenance of solar farm. Making them a top choice for those looking to invest in this type of renewable energy. Moreover, with a commitment to sustainability and customer satisfaction. MAK Energy is an excellent choice for those looking to invest in a solar farm.

              Solar farm and rooftop solar panels are both excellent options for meeting energy needs through renewable sources. Solar farms are better suited for larger energy needs. While rooftop solar panels are a more cost-effective option for smaller energy needs. Ultimately, the decision to invest in either option depends on several factors, including energy needs, budget, and available space. With the help of a reputable solar company like MAK Energy, you can make an informed decision about which option is right for you.

              What's on the page?

              As more and more people in the UK turn to renewable energy, the popularity of DIY solar panels has grown. By installing your own solar panels, you can save money on energy bills and reduce your carbon footprint. However, building your own solar system may seem like a daunting task, and it could be dangerous and expensive if the installation goes wrong. It is recommended to have your system installed by a professional and experienced team for effective functioning and maximum efficiency.

              Key Notes

              • DIY solar panel kits are increasingly popular in the UK, driven by a desire for energy independence and cost savings, as reported by The Guardian.
              • Well-installed DIY solar panels can save homeowners hundreds of pounds annually on energy bills. With government incentives, the payback period can be relatively short.
              • UK DIY solar panel systems usually range from 1 kW to 4 kW. Data from kit providers shows homeowners often choose these sizes to meet their energy needs effectively.

              Can I Install Solar Panel Myself?

              Yes, you can install the solar panel yourself if you are trained and have experience in installing solar panels. However, it’s important to note that the installation process is technical and complicated, and it is highly recommended to be done by professionals. MAK Energy offers experienced solar panel installers across the UK who are knowledgeable about environmental factors and optimal panel direction. Easily access their installation services at your doorstep.

              To help you understand how to install a DIY solar panels UK, we have provided step-by-step information that will ultimately assist you if you plan to do it yourself. Let’s examine each step one by one.

              DIY solar panels uk - man installing solar panels
              Caption – man DIY installing solar panels

              How to Size Solar Panel for Your Home

              There are two essential things you must consider before learning how to size solar panels for your home, and these are:

              • Daily energy consumption: Determine how much energy you consume on a daily basis.
              • Number of sunlight hours: Take into account the number of hours of sunlight your home receives each day.

              After understanding these two factors, you will be able to calculate the number of panels and their sizes required for your home.

              By dividing your daily usage by the number of peak sun hours, you can determine how much energy your solar panels should generate per hour.

              Then, divide that figure by the wattage of your chosen panel. For example, if your hourly power consumption is 2000Wh and you select a 405-watt panel, you will need 5 panels to meet your energy demand for that hour.

              What is DIY Solar Panel Kits?

              Solar systems come in different types, and so do the components of these systems. They function optimally when all the components are well-matched with one another. When shopping for solar system parts, ensure that the solar inverter, solar panels, batteries, and other components are suitable for each other and aligned with your needs.

              DIY solar panel kits consist of a pre-selected set of compatible components for your system. This means you don’t have to purchase each solar system part individually. Buying a DIY solar panel kit will not only save you time but also money.

              MAK Energy offers DIY solar panel kits in various sizes, tailored for different solar systems.

              • On-grid DIY Solar Panel Kit
              • Off-grid DIY Solar Panel Kit
              • Hybrid DIY Solar Panel Kit

              DIY Solar Panels UK: DIY Solar Panel Installation Process

              1. Determine your energy needs
              2. Assess your roof space for solar panel installation
              3. Find the Right Spot
              4. Decide on the Type of Solar Panels
              5. Check What Permits You Need
              6. Choose Your Solar System Installation Type
              7. Tool You Will Need If You Are Planning to Install Off Grid Solar System
              8. Purchase Your Solar Panels and Inverter
              9. Gather Your Tools: The Essentials You Will Need for A DIY Solar Installation
              10. Set Up a Circuit
              11. Install Your Solar Panels
              12. Test Your Solar System
              13. Enjoy Your Savings

              Step 1: Determine Your Energy Needs

              Before you start building your solar system, you need to determine how much energy you use. Understanding your energy needs is the first step towards a successful DIY solar panel installation process. The best way to check your energy consumption is to review your monthly electricity bill and identify the annual kilowatt-hour (kWh) usage.

              For example, if you consume between 3000kWh and 4000kWh per year, you can assess which system would meet your energy needs. In this case, a 4kW solar system would be suitable for this category of electricity consumer. Determining the size will make it easier to select the right system for your home.

              energy monitor by a smart meter

              Step 2: Assess Your Roof Space for Solar Panel Installation

              Before proceeding with the purchase of solar panels, it is essential to assess the roof space available in your home. If you have limited space, you will need to consider larger-sized solar panels, while smaller panels can be installed if you have ample space. Accurately measuring the available installation space is a crucial step towards a successful solar panel installation.

              Assess Your Roof Space for Solar Panel Installation

              Step 3: Find the Right Spot

              Before delving into the installation process, it is necessary to find the right spot, keeping in mind the roof type. If you are planning to install solar panels on a pitched shed roof, the direction (ideally south for maximum sun exposure) and angle (best at a 35-degree angle from horizontal) are the most important things you must check.

              best angle for solar panels infographic banner

              If you are planning to install solar panels on a flat roof, make sure the roof can bear the weight of the solar panels. In the case of a ground-mounted structure, ensure your panels have a sunny spot in the garden.

              Step 4: Decide on the Type of Solar Panels

              The performance and efficiency of a solar system largely depend on the type and quality of the solar panels used. In general, there are two types of diy solar panels available in the market: monocrystalline and polycrystalline. Monocrystalline panels are more expensive, but they offer higher efficiency and occupy less space. On the other hand, polycrystalline panels are cheaper but require more space and have slightly lower efficiency.

              It’s important to choose wisely based on your specific needs and considering the purpose of the installation. For businesses, opting for monocrystalline panels is recommended as they provide a more efficient system that supports uninterrupted performance and growth.

              Decide on the Type of Solar Panels

              Step 5: Check What Permits You Need 

              For solar panels installed on an A-frame or ground-mounted system, you will need to obtain permission if you plan to exceed a total of 6 arrays. If you are considering a grid-tied DIY solar panel installation, it is advisable to check whether your energy supplier supports DIY installation. To qualify for the SEG program, you must possess an MCD Certification and an Energy Performance Certification rated D or above.

              diy solar panels uk permits

              Step 6: Choose Your Solar System Installation Type

              You may be considering an on-grid, off-grid, or hybrid solar system for your installation. Before diving into the DIY solar panels process, it is essential to determine the type of solar system you intend to install. For residential homes, a hybrid solar system is often the best choice as it allows for the storage of excess energy in batteries, which can be utilized during peak hours to further reduce energy bills. On the other hand, if you reside in a remote location without access to grid electricity, an off-grid solar system becomes the only viable option. This ensures self-sufficiency in generating and utilizing electricity independently.

              Choose Your Solar System Installation Type

              Step 7: Tool You Will Need If You Are Planning to Install Off Grid Solar System

              In the case of off-grid solar system installations, you will need to acquire additional tools and equipment. These include a solar charge controller, a battery bank, DC connectors, an off-grid inverter, and an electricity backup option such as a generator. These components are necessary to ensure the efficient operation and reliability of your off-grid solar system.

              tools you need for diy solar panels installation

              Step 8: Purchase Your Solar Panels & Inverter

              Now, the actual work begins. Solar panels and inverters can be purchased either online or from local markets. However, it is important to keep in mind that there are numerous solar panel and inverter manufacturing companies, each offering a variety of options. It is crucial to choose the best among them. The top solar panel brands include JinkoLongiCanadian Solar, and JA Solar. Compare the prices, efficiency, performance, warranty, and lifespan of each solar panel. Additionally, visiting e-commerce sites to read reviews from customers can provide valuable insights and help you make an informed decision.

              When it comes to solar inverters, the first consideration should be the type of solar system you are planning to install: on-grid, off-grid, or hybrid. Select an inverter that aligns with your specific requirements. Feeling overwhelmed by the process of purchasing a solar inverter? Don’t worry, we have compiled a list of the best solar inverters available, making it easier for you to make a choice.

              diy solar panels uk

              Step 9: Gather Your Tools: The Essentials You Will Need For A DIY Solar panel Installation

              After purchasing solar panels and the solar inverter, now You will need a few basic tools to install your diy solar panels. These include a drill, screwdriver, wire cutters, and safety equipment such as gloves and safety glasses. Make sure you have all the necessary tools before you start installation.

              diy solar panels uk tools
              Caption – diy solar panels uk tools

              Tools You need for DIY Solar Panel Installation

              • Drill
              • Screwdriver
              • Wire Cutter
              • Safety Equipment – gloves and safety glasses
              • Level
              • Flashing
              • Roof Sealant

              Step 10: Set Up a Circuit

              Setting up the circuit for a solar system is a technical task that requires careful attention and skill to ensure proper execution. Prior to mounting the solar panel structure, it is highly recommended to have a professional electrician handle the circuit installation, unless you possess the necessary expertise. It is crucial to prioritize safety and accuracy in this process. Take the time to set up the circuit diligently, ensuring that all connections are made correctly and securely.

              Set Up a Circuit diy solar panels uk

              Step 11: Install Your Solar Panels

              Now it’s time to start installing solar panels. This is where things can get tricky, so it’s important to follow the instructions carefully. Start by mounting the panels on the roof or other suitable location. Then, connect the panels to the inverter, which converts the DC power generated by the panels into AC power for your home. Finally, connect the inverter to your home’s electrical system.

              Install Your Solar Panels

              Step 12: Test Your Solar System

              Once the system is successfully installed, the next step is system testing, which can be a challenging process typically carried out by professional electricians. However, if you feel confident, you can perform the testing yourself. Utilize a multimeter to measure the voltage output of both the solar panels and the inverter. If you are not comfortable conducting these tests independently, it is advisable to hire a professional to ensure accurate results and the optimal functioning of your system.

              Test Your Solar System

              Step 13: Enjoy Your Savings

              Once your solar system is up and running, you can sit back and enjoy the savings on your energy bills. You will also be doing your part to reduce your carbon footprint and help the environment.

              How Much Does It Cost to Install Solar Panels?

              The amount of money you need to have in your pocket before installing your own solar system depends on the system size, installation type, location, and labor costs if you opt for professional installation. If you’re skilled enough, you can even install it yourself. On average, a UK household typically requires a 4kW solar system, which would cost around £6000 for a 4kW grid-tied solar system.

              Factors That Can Affect the Installation Cost

              • Your System Size
              • Type of installation
              • Location – where you live
              • Labor Cost – if you choose an installer

              What are the Pros and Cons of DIY Solar Panel Installation?

              Pros

                • Cost-effective and cheaper installation is possible, but it also depends on the successful installation.
                • If everything goes perfectly, you will find it easy to maintain and repair your solar system because you are familiar with its structure.

                Cons

                  • There is a higher likelihood of needing repairs and component replacements.
                  • A minor mistake can cost you thousands.
                  • If installed incorrectly, it can result in fires or damage to your roof.
                  • You will have no warranty in case of any damage.
                  • DIY solar panels are less likely to perform well for 25 years compared to those installed by professionals.
                  • It can be dangerous if you are not well aware of the installation process.

                  DIY Solar Panel UK Building Regulations for Home

                  Whether you install a solar panel system by yourself or hire a professional installer, it is crucial to adhere to the UK building regulations for solar panel installations. Regulations may vary in different areas. 

                  But in general, the following regulations need to be followed before undertaking a DIY solar panel installation. 

                  • The first and foremost step is to ensure that your roof is strong enough to bear the weight of the solar panels.
                  • Enhancing electrical safety for your installation.
                  • Securely mounting your solar panels and other components.
                  • Ensuring proper installation of solar components for improved ventilation.
                  • Mitigating the fire risk associated with your solar panels.
                  • Ensuring that cables are properly sealed to prevent moisture entry into your structure.

                  Do I Need Permission for Solar Panel Installation?

                  In most areas, you will not need permission for solar panel installation unless your home or building is listed or located in a designated conservation area. 

                  However, there are certain cases in which you may be required to seek permission for solar panel installation.

                  • If your property is classified as a listed building.
                  • If you reside in an area that has been designated as a conservation area.
                  • If you plan to undertake significant modifications to the building, such as enlargements.
                  • If your solar panels extend beyond 0.2 meters or 20 centimeters from the roof. For instance, flat roof installations often exceed 0.2 meters due to the angled stands.

                  MAK Energy Ltd: A Trusted Supplier of DIY Solar Panels in the UK, If you are looking for a trusted supplier of DIY solar panels in the UK, look no further than MAK Energy Ltd. They offer a range of high-quality solar panels at affordable prices, along with expert advice and support to help you through the installation process. With over 15 years of experience in the industry, MAK Energy Ltd is a name you can trust.

                  In addition to providing solar panels, MAK Energy Ltd also offers a range of other renewable energy products and services. These include wind turbines, solar hot water systems, and battery storage solutions. Whether you are looking to reduce your energy bills, reduce your carbon footprint, or both, MAK Energy Ltd has the expertise and products you need.

                  In conclusion, building a DIY solar panel system in the UK can be a challenging yet rewarding project for those willing to take on the task. By following the steps outlined in this guide and carefully considering the costs and benefits, you can create a solar system that meets your energy needs and reduces your carbon footprint. 

                  However, it is important to note that building a solar system requires technical knowledge and experience, and if you are unsure about any aspect of the process, it is best to seek professional help. With that said, if you have the skills and motivation, building a DIY solar panels UK can be a great way to save money on your energy bills and contribute to a more sustainable future.

                  As a sustainable energy source, solar energy is gaining popularity. To make the most of solar energy, one must make sure their solar panels are as effective as feasible. The performance of a solar panel is defined as its ability to convert sunlight into usable energy, which ranges from 15% to 22%. The condition, temperature, sunshine hours, placement, and panel substance are just a few of the variables that affect a solar panel’s efficiency.

                  By finding the best panel model, choosing the best location, and emphasizing the value of battery storage, cleanliness, and by using monocrystalline cells, one can enhance Solar panel efficiency and productivity. We will discuss the finest techniques for achieving the highest solar panel efficiency in this article.

                  solar panel efficiency

                  11 Best Ways to boost Your Solar Panel Efficiency

                  1 – Purchase a Model of a More Efficient Panel Mode

                  Photovoltaic cells are what solar panels are made of. These cells are what turn solar energy into power. Depending on the efficiency level of the panel, the rate of electricity conversion differs. Despite being the finest in the industry, no panel model can convert all solar energy into electricity. Despite the industry’s recent rapid development, the typical cell’s ability to convert sunlight into usable electricity is still only 22%. Consider Mak Energy‘s services, which are unmatched in the industry, if you want to purchase an effective and dependable solar panel.

                  2 – Keep Solar Panels Out of the Shade When Placing Them

                  The panel must not be used in areas with shade because its efficiency is directly linked to sunlight and all of the energy it generates is absorbed by the sun. Although few people are conscious of how shading affects solar panels. Even single cells positioned in shaded areas can reduce the panel’s overall performance because they function as resistors. Make sure you give the site analysis enough time. Tall structures and trees are other additional variables that lower the panel’s efficiency.

                  3 – Invest in Energy Storage

                  Maximum energy is absorbed by solar panels during the day, and this energy can be used when the sun is not shining. Even when the sun isn’t shining, a high-quality storage system, such as Power storage batteries, can help to guarantee that your solar panel is operating effectively and providing reliable energy.

                  4 – Take Care of your Solar Cells

                  like anything else You must also pay consideration to the cleanliness of your cells. Long-lasting dust that has become wet transformed into the mud, which is even less efficient for solar energy. Solar cells cannot receive sunshine because of dust and dust that has turned into mud. Panels only need a light spray or brushing to stay clean and generate their maximum output. If you don’t feel comfortable, you can contact your solar service supplier for your satisfaction.

                  5 – Use Monocrystalline Grade-A Panels

                  The most effective solar cells currently on the market are monocrystalline cells, which are essential for creating high-efficiency solar arrays. Because they are composed of single-crystal silicon, they are the best material for converting sunlight into energy. Due to their high efficiency and ability to minimize energy losses in both large- and small-scale solar panel systems, monocrystalline cells are the preferred option for many solar panel manufacturers. When compared to other cell types, monocrystalline cells have an impressive efficiency rate of up to 22%, which can be crucial for homeowners hoping to get the most out of their solar panels and eventually lower their energy costs.

                  6 – Hire a Professional Installer

                  A skilled installer ensures that your solar panel is operating effectively and is generating enough energy for your daily needs. Whether it’s a question of location, panel quality, or direction, a trained individual will never let you down. Beyond credentials, confirm that the individual involved in your solar panel installation has the necessary skills and experience.

                  The above writing has shed a lot of light on how solar panel effectiveness can be preserved over time. There should be no compromising on panel quality, and in the UK, MAK Energy offers the highest-grade and most effective solar panels. Make sure your solar panel is constructed of monocrystalline cells; this material is crucial for generating the most solar energy.

                  7 – Allow Air Flow Gaps

                  Overheating can have a negative impact on energy generation in a solar panel system, as the production of energy is inversely proportional to the temperature. If you are installing a solar system on a roof that is expected to heat up during summer days, it is important to ensure that there is a space between the solar panels and the roof. This will allow for airflow beneath the panels, helping to prevent overheating and ensuring optimal performance.

                  8 – Face the Sun

                  Sunlight is the fuel for solar panels, and they operate with maximum efficiency when exposed to optimal sunlight. Therefore, during installation, it is crucial to ensure that your solar panels are positioned to directly face the sunlight. Placing the solar panels due south allows them to receive the maximum sunlight throughout the day, resulting in optimal energy production.

                  9 – Clean The Panel Properly

                  Although solar panels require very little maintenance and do not require frequent cleaning, it is recommended to clean the glass frame once every 6 months or once a year. This not only improves the efficiency of the solar panels but also increases their lifespan. If you notice a decrease in efficiency, it may be necessary to clean your solar panels. Look out for bird droppings, accumulated dust, or other debris on the modules and clean them gently.

                  10 – Choose the Right Solar Panel Components

                  Every component of the system plays an important role in its efficiency, so it is crucial to choose them wisely when making a purchase. One such component is the solar inverter, which converts DC (direct current) into AC (alternating current). Opting for a less efficient solar inverter model can result in significant DC power loss and ultimately impact the overall performance of the system. Therefore, it is essential to select high-quality components for maximum power generation and optimal system output.

                  11 – Schedule Preventive Checks

                  To ensure maximum and optimal output throughout the year, schedule quarterly preventive checks for your solar system. Hire professionals to inspect if all components and modules of the solar system are functioning properly and to identify any unnoticed discrepancies in the panels. Additionally, it is advisable to regularly monitor the power output through the online monitoring system.

                  Sunlight is an abundant source of energy, and solar panels allow us to harness its power by converting it into electricity. To maximize the efficiency of our solar panel system, it is important to follow certain steps from pre-installation to post-installation. The first step is to select high-quality solar panels that incorporate the latest advancements and technologies. Installation plays a significant role in the efficiency of solar panels, so it is advisable to hire a professional installer who can ensure proper placement and setup. This will help optimize the performance of your solar panels throughout the year. Preserving the effectiveness of solar panels requires attention to detail and a commitment to quality.

                  When it comes to panel selection, there should be no compromises. In the UK, MAK Energy offers the highest-grade and most effective solar panels available. Opting for monocrystalline cells is crucial as they are known for generating the highest amount of solar energy. By choosing quality panels and employing professional installation, you can maximize the efficiency and effectiveness of your solar panel system.

                  As the demand for renewable energy continues to grow, more and more people are turning to solar panels as a clean and sustainable source of power. However, when it comes to selecting the right solar panel for your needs. One of the most important considerations is its size. In this article, we will explore the various factors that determine the size of a solar panel and what you need to know to make an informed decision.

                  Size of a Solar Panel: What Does it Mean?

                  When we talk about the size of a solar panel, we are usually referring to its physical dimensions. The most common solar panel sizes are 60-cell and 72-cell panels. These panels are typically about 65 inches tall and 39 inches wide (60-cell), or 78 inches tall and 39 inches wide (72-cell). However, the size of a solar panel can also refer to its power output, which is measured in watts.

                  Factors That Affect the Size of a Solar Panel

                  1 – Wattage: The higher the wattage of the panel, the larger its size will be. For example, a 350-watt solar panel will typically be larger than a 250-watt panel.

                  2 – Efficiency: Solar panel efficiency refers to the percentage of sunlight that is converted into electricity. The more efficient a panel is, the less surface area it will need to produce the same amount of power. Therefore, high-efficiency panels may be smaller than low-efficiency panels.

                  3 – Type of solar cell: There are several types of solar cells, including mono-crystalline, poly-crystalline, and thin-film. Each type has different efficiency levels and physical characteristics, which can affect the size of the panel.

                  4 – Purpose: The size of a solar panel will also depend on its intended use. For example, a small solar panel designed for a backpack or portable charger will be much smaller than a panel designed for a commercial building.

                  5 – Installation space: The available space for installing solar panels can also affect their size. For example, if you have a limited amount of roof space. You may need to choose smaller panels to fit within the available area.

                  Choosing the Right Size of a Solar Panel

                  When choosing the right size of a solar panel, there are several factors to consider. These include:

                  1 – Available space: Consider the amount of space you have available for installing solar panels. This will help determine the size and number of panels you can use.

                  2 – Power needs: Determine how much electricity you need to power your home or business. This will help you calculate the number of panels required to meet your energy needs.

                  3 – Efficiency: Consider the efficiency of the solar panels you are considering. Higher-efficiency panels can produce more power with a smaller surface area.

                  4 – Budget: The size can also affect its price. Larger panels may be more expensive than smaller ones. So consider your budget when choosing the right size for your needs.

                  The size of a solar panel is an important factor to consider when choosing the right solar panel for your needs. Factors that can affect the size of a solar panel include wattage, efficiency, type of cell, purpose, and available installation space. By considering these factors and your energy needs, you can choose the right size to meet your energy requirements and budget. With the right solar panel, you can harness the power of the sun to power your home or business in a clean and sustainable way.

                  The world is rapidly transitioning towards renewable energy sources as people recognize the importance of reducing carbon emissions and preserving the environment. Solar energy is a popular choice among renewable energy sources, and it’s easy to see why. There are many advantages of solar energy that make it a preferred choice over traditional sources of energy like fossil fuels.

                  In this blog post, we’ll explore ten surprising advantages of solar energy that you might not know about.

                  1. Cost-Effective

                  One of the most significant advantages of solar energy is that it’s cost-effective. Once you install a solar energy system, you can generate electricity at a much lower cost than traditional sources of energy. The cost of solar energy has decreased significantly over the years, making it an affordable choice for many households and businesses.

                  2. Reliable

                  Solar energy is a reliable source of energy because it’s not dependent on external factors like weather conditions or fuel availability. Once you install a solar energy system, you can generate electricity for years to come, without worrying about any disruptions.

                  3. Low Maintenance

                  Another surprising advantage of solar energy is that it’s low maintenance. Solar panels require very little maintenance, and you don’t have to worry about replacing any parts or paying for repairs. Once you install the panels, you can enjoy free electricity for years to come.

                  4. Easy Installation

                  Solar panels are easy to install, and you can install them on your roof or in your backyard. The installation process is quick and simple, and you don’t need any specialized skills or tools to install the panels.

                  5. Long Lifespan

                  Solar panels have a long lifespan, and they can last for over 25 years. This means that once you install a solar energy system, you can generate electricity for many years to come, without worrying about replacing the panels.

                  6. Energy Independence

                  Another significant advantage of solar energy is that it provides energy independence. When you generate your electricity, you don’t have to rely on external sources for your energy needs. This means that you can save money on your energy bills and reduce your carbon footprint.

                  7. Versatility

                  The versatility of solar energy is unparalleled. Solar energy can be used to power homes, businesses, and even cars. This adaptability makes it an excellent option for those looking to reduce their reliance on non-renewable sources of energy.

                  8. Water Conservation

                  Producing energy from fossil fuels requires vast amounts of water, but solar energy doesn’t require any water to generate electricity. This helps conserve water resources and protect the environment.

                  9. Environmental Benefits

                  Solar energy doesn’t produce any emissions, which means it can help to reduce air pollution. This reduction in pollution can have a positive impact on public health, making it an excellent choice for those looking to improve the environment and the health of their community.

                  10. Availability

                  Solar energy is available everywhere, regardless of location. Even areas that don’t have access to the electrical grid can benefit from solar energy, making it an excellent choice for remote locations and areas with limited infrastructure.

                  In conclusion, the advantages of solar energy are many and varied, ranging from cost-effectiveness and reliability to energy independence and environmental benefits. With its long lifespan, low maintenance requirements, and easy installation process, solar energy is a smart investment that can provide significant returns in the long run. Additionally, solar energy’s versatility and availability make it an excellent option for individuals and businesses looking to reduce their reliance on traditional energy sources and promote a sustainable future. As we continue to transition towards a greener future, solar energy is undoubtedly one of the key solutions that can help us achieve our sustainability goals