Category: Heat Pumps

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

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

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

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

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

Important Note: What is EPC?

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

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

Air Source Heat Pump Installation Process

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

Pre-Installation Work- Inspection and Preparation  

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

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

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

Installation of Outdoor Unit

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

Installation of Indoor Unit  

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

Connecting the Units

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

Post-Installation Work   

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

How Much Does an Air Source Heat Pump Installation Cost?

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

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

Can You DIY Air Source Heat Pump Installation?

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

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

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

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

How to Choose the Right Heat Pump Installer? 

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

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

Summary  

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

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

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

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

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

List Of Ground Source Heat Pump Installers in the UK

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

1 – MAK Energy

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

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

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

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

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

2 – Cinergi

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

3 – Daly Renewables

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

4 – Marshal and McCourt Plumbing and Heating Contractors

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

5 – UK Alternative Energy

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

6 – Eco Trades

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

7 – Abacus Energy Solutions

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

8 – GreenMatch

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

9 – Zing Energy

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

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

10 – The Eco Expert

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

11 – Heat Norfolk

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

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

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

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

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

Summary

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

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

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

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

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

Comparing Underfloor Heating Electric Vs Water Underfloor Heating Systems

Aspect	Electric Underfloor Heating System	Water Underfloor Heating System
Suitable projects	Best for single and renovation projects	Ideal for new build projects and larger spaces
How does it work?	By connecting heating wires or heating mats to the main electricity supply	By circulating hot water through a network of pipes to warm the floor of a room
Installation Cost	Lower installation cost than that of the wet system	Higher upfront cost
Running Cost	Higher running cost due to higher electricity rate	Lower running cost owing to 25% – 40% more efficiency

Electric Vs Water Underfloor Heating System

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

How Does an Underfloor Heating System Works?

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

How Does a Water Underfloor Heating System Work?

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

How Does an Electric Underfloor Heating System Work?

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

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

Electric Vs Water Underfloor Heating System Installation Cost

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

What is The Installation Cost of Electric Underfloor Heating System?

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

How Much Does a Water Underfloor Heating System Cost?

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

Electric Vs Water Underfloor Heating System Running Cost

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

Electric Underfloor Heating System Running Cost

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

Water Underfloor Heating System Running Cost

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

Which System Is More Suitable For My Home?

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

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

Maintenance Costs of Each Underfloor Heating System

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

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

Summary

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

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

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

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

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

What is Wet Underfloor Heating?

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

How Do Water Underfloor Heating Systems Work?

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

What is an Underfloor Heating Manifold?

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

 Benefits of Water Underfloor Heating System

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

Cost-Effective Heating

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

Energy Efficient

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

Low-maintenance

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

Space-saving

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

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

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

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

Summary

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

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

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

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

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

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

Understanding The Current Warm Air Heating Systems

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

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

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

The Need for Upgrading Warm Air Heating System

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

Cost of Upgrading Warm Air Heating Systems In the UK

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

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

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

Warm Air Heating Systems Replacement Cost

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

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

Replacement Option	Estimated Cost
Upgrade Existing Boiler	$3,000 – $5,000
New Installation of Warm Air Heating System	$5,250 – $10,000
Replacement With a Heat Pump	$10,000 – $15,000
Installing New Gas Combo Boiler and System Pipework	4,550 £6,850
Installing New Gas Combo Boiler and Radiators	£8,300 £11,500
Installing New Electric Central Heating System	£4,000 £5,000

Summary

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

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

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

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

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

What is Ground Source Heat Pump?

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

What is Ground Source Heat Pump Borehole?

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

Here is how a ground source heat pump borehole works:

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

Why Choose Boreholes for Your Ground Source Heat Pump Project?

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

Types of Ground Source Heat pump system

Closed-Loop Heat Pump

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

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

Horizontal Borehole

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

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

Vertical Borehole

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

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

Open Loop Heat Pump

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

How Much Does a Ground Source Heat Pump Borehole Cost?

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

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

What Affects the Cost of Digging a Borehole?

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

Weather You Require Borehole or Trench

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

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

What Sort of Projects Do Boreholes Suit?

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

How Deep Are Boreholes?

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

What Should I Consider Before Installing A Borehole?

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

Sizing and Efficiency of Borehole

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

Ground Condition

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

Spacing between Multiple Boreholes

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

Summary

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

The heating system has undergone a remarkable transformation, yet the conventional heat boilers still hold their relevance. These systems, also known as heat only boilers, typically incorporate two tanks located in the loft, along with a hot water cylinder and the boiler itself. The conventional or heat-only boiler is best suited for businesses and large homes that require a significant amount of water and need to use hot water across multiple taps and showers. In this comprehensive article, we will delve into the fascinating world of heat-only boilers, exploring their nature, functionality, the various types available, and any other essential insights that individuals may seek to uncover about these remarkable heating solutions.

So, What is a Heat Only Boiler?

Heat only boilers, also known as conventional vented or sealed, are a two-tank, a hot water cylinder, and the boiler unit system that efficiently heats water for central heating. They are typically found in larger properties, as they can better meet the demand for hot water across multiple taps and shower heads. Heat only boilers are not as efficient as condensing boilers, but they are a more affordable option. Of the energy used by a boiler, 94% goes to heating the home, while only 6% is lost or used to run the boiler itself.

How Do Heat Only Boilers Work?

Heat only boilers function by heating water and then circulating it throughout a residence via a system that incorporates an array of controls, including motorized valves, pumps, and tanks. The mains supply provides water to a cold-water tank situated in the loft, which then feeds it into a hot water cylinder. Subsequently, the boiler heats the hot water cylinder, allowing hot water to be supplied to taps and shower heads whenever required. Additionally, when the heating is activated, a pump circulates heated water to the radiators.

Types of Heat Only Boiler

There are two commonly used heat only boiler in the UK.

Open-Vented Heat Only Boilers

If you possess an open-vented system, the inclusion of a feed and expansion tank guarantees the maintenance of consistent water levels within the system. Its primary function is to replace any lost water resulting from evaporation or leaks. Additionally, it ensures that the expansion of water due to heating does not result in an excessive build-up of pressure.

Sealed Heat Only Boilers

A sealed system employs an expansion vessel as an alternative to a feed and expansion tank. This vessel, which can either be integrated within the boiler or exist as a separate containment unit, offers ample space to accommodate the expansion of water when the system undergoes heating.

Top 4 Best Heat Only Boilers in the UK

• Grant Vortex Eco Utility 90-120 Boiler Only VTXECO26/35
• EHC Slim Jim 7kW Single-Phase Electric Heat Only Flow Boiler
• Worcester Bosch Greenstar 27Ri Gas Heat Only Boiler
• Baxi 816 16kW Gas Heat Only Boiler 7749866

Grant Vortex Eco Utility 90-120 Boiler Only VTXECO26/35

The Grant Eco Utility heat-only boiler offers a cost-effective solution and incorporates a stainless-steel heat exchanger. It operates quietly and lacks any noise generation, while also providing a straightforward casing and control panel. Specifically designed for utility rooms, the Grant Vortex Eco Utility 90-120 Boiler Only VTXECO26/35 showcases an outstanding efficiency rating of 92 percent and is supported by a 5-year warranty.

EHC Slim Jim 7kW Single-Phase Electric Heat Only Flow Boiler

The EHC Slim Jim 7kW Single-Phase Electric Heat Only Flow Boiler is a small and efficient electric boiler, perfectly suited for smaller residences or properties with limited space. It boasts a 100% efficiency rating and operates silently, making it an excellent choice. Installing the Slim Jim Boiler is a breeze. Furthermore, it can be utilized in an ‘S’ Plan setup, allowing users to select heating only, hot water only, or both simultaneously. The boiler features a user-friendly front control panel with a temperature control dial, as well as heat and fault diagnostic indicators for the convenience of both users and installers.

Worcester Bosch Greenstar 27Ri Gas Heat Only Boiler

The Worcester Bosch Greenstar gas-only heat boiler is well-suited for medium to large-sized homes and can be conveniently installed in a standard kitchen cupboard. This gas heat-only boiler is compatible with the high-efficiency Greenstar range of cylinders. It provides a maximum central heating output of 27kW and comes with a generous 7-year warranty. Additionally, it features an LED indicator for easy monitoring and operation.

Baxi 816 16kW Gas Heat Only Boiler 7749866

The Baxi 816 heat-only boiler comes with a remarkable 10-year parts and labour warranty. It includes a compact Adey Magna clean Micro2 magnetic system filter, ensuring protection for both the boiler and heating system. This heat-only system is well-suited for all types of homes. The powerful heat-only boiler can be installed with both vented or sealed boiler systems, offering flexibility in its application.

Which Homes Are Most Suited for Heat Only Boilers?

If your home is equipped with an older radiator system that may not withstand the elevated water pressure typically generated by other boiler types like system boilers, you might be advised to consider a heat only gas boiler. This recommendation is based on the potential risk of leaks that could arise from excessive water pressure.

Additionally, if you reside in an area characterized by notably low water pressure, a heat only boiler is often a suitable choice for your home. By utilizing water from a cold-water storage tank to fill the cylinder instead of directly sourcing it from the mains, this type of boiler can effectively address the challenges posed by low water pressure.

Are There Any Drawbacks to a Heat Only Boiler?

It’s important to note that heat only gas boilers have a limitation in terms of hot water supply since they draw water from a cylinder rather than directly from the mains. Once the hot water stored in the cylinder is exhausted, the boiler will need to refill it with cold water and heat it to the desired temperature for taps and showerheads.

Furthermore, it is worth considering that if you have minimal hot water consumption, a heat only boiler may not be the most efficient heating solution. This is because the cylinder may heat a larger volume of water than you actually require, whereas a combi boiler will provide only the necessary amount of water.

What Size Heat Only Boiler Do I Need?

Now that you have an understanding of how a heat boilers operates and whether you have an open vent or sealed system, the next consideration is determining the appropriate boiler size for your needs. One approach is to assess the kilowatt size of your current boiler, as a direct replacement may be sufficient.

As a general guideline, a small or medium-sized home with up to 10 radiators typically requires a 24-30 kW boiler. On the other hand, a larger home with up to 20 radiators may necessitate a larger 35-42 kW boiler. However, it’s important to note that boiler size is influenced by various other factors. Factors to consider include the number of occupants in your home, the type of building (e.g., terraced, semi-detached), the level of insulation, and the age of the property. For instance, if you reside in a terraced house, it may retain heat more effectively due to being surrounded by neighboring properties. This may indicate that a smaller boiler size would suffice.

How Often Should I Service My Heat Only Boiler?

It is strongly advised to have your boiler serviced annually. These devices play a crucial role in maintaining a warm and comfortable home, which is why it is essential to take proper care of them for various reasons.

An annual service ensures the safety and efficient operation of your heat boilers, providing the hot water and heating you require while also preserving its warranty. Booking a service for your Ideal boiler online is a quick and effortless process, granting you peace of mind.

What Are the Benefits of Heat Boilers?

Suitable For Larger Households And Businesses

The presence of a dedicated hot water tank in conjunction with a heat-only boiler enables multiple taps, showers, or baths to access hot water simultaneously. This makes regular boilers an excellent choice for accommodating larger families and commercial establishments.

Effective In Areas with Low Water Pressure

The inclusion of a cold-water cistern (header tank) allows the storage of water from the mains before supplying it to the heat-only boiler. Consequently, regular boilers prove advantageous for residences situated in regions with low water pressure.

Support For a Backup Heater

The option to install an immersion heater in the hot water tank provides a valuable contingency plan in case of boiler malfunctions or downtime.

Compatibility With Older Radiators

Traditional-style radiators can experience leaks when connected to modern boilers due to the higher pressure exerted. However, regular boilers are designed to work seamlessly with older heating systems, ensuring compatibility and preventing issues.

Integration With Solar Thermal Systems

Regular boilers can effectively harness energy from solar thermal systems like rooftop arrays. This environmentally-friendly feature empowers homeowners to reduce their carbon emissions and embrace sustainable practices.

Summary

While heat only boilers may follow conventional principles, they remain indispensable for large homes and high-demand areas where ample hot water is a necessity. With two main types – vented heat only boilers and sealed heat only boilers – these systems efficiently heat water to meet the demands of larger households and businesses. The market offers a variety of models to choose from, ensuring you find the perfect fit for your specific requirements. The best part? Heat only boilers are low-maintenance, only requiring an annual servicing to keep them operating at their best.

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

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

What is an Air Source Heating System?

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

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

How An Air Source Heating System Work?

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

What Types of Air Source Heat Pumps Are There?

Air to Water Heat Pump

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

Air to Air Heat Pump

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

What is the Cost of Installing Air Source Heat Pumps?

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

How Much Electricity Does an Air Source Heat Pump Use?

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

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

Is Air Source Heat Pump Right for My Home?

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

Climate

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

Current Heating System

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

Insulation

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

Installing Cost

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

Summary

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

Human needs continually evolve over time, and the same holds true for heating systems in homes and businesses. When comparing underfloor heating vs radiators, homeowners prioritize the efficiency and cost-effectiveness of the system.  While traditional heating methods have existed for centuries and still persist in the modern world, there has been a shift in the trend towards underfloor and air source heating systems. In this article, we will discuss about radiators vs underfloor heating system. We will also explore which option may be the best choice for your needs and outline important factors to consider when purchasing and installing a heating system.

Let’s discuss radiators vs underfloor heating systems comprehensively.

What is Radiator Heating System?

Radiator heating systems have been a popular choice for decades, offering enough heat during cold winter season. These systems work by circulating hot water or steam through pipes connected to radiators placed in various rooms of the house. The radiators then emit heat, warming the surrounding air.

There are different types of radiators available, including conventional radiators and low surface temperature (LST) radiators.

Conventional radiators are the most common and come in various sizes and designs, offering flexibility in installation. On the other hand, LST radiators are specifically designed to have a lower surface temperature, making them suitable for environments where safety is a concern, such as hospitals and schools.

Advantages of Radiator Heating system

The one of the best advantages of radiator heating systems is that they distribute the heat quickly and with efficiency, allowing you to warm up room at fast speed. The other advantage is that , radiators provide individual room control, enabling you to adjust the temperature according to your preferences. Radiators are easy to install compare to the Their versatility in installation allows for easy integration into both new and existing homes. However, radiator heating systems can have some drawbacks, including uneven heat distribution due to the concentrated heat source and limited design options, which may not appeal to those seeking a more modern aesthetic.

Underfloor Heating System

Underfloor heating systems, also known as ground floor heating, have gained popularity in recent years due to their ability to provide even heat distribution throughout the entire room. However, it’s important to note that underfloor heating systems may come with higher upfront costs due to the installation of various equipment, including water pipes, heat pumps, and electric heating elements beneath the floor surface. These components work together to radiate heat upward, effectively warming the room from the ground up.

Types of Underfloor Heating System

There are two main types of ground floor heating systems.

Electric Underfloor Heating System

The electric underfloor heating system warms the space area using electric cables laid down under the room. Its installation is easier compared to other types of underfloor heating systems and can be installed in any type of home. However, it is worth noting that it is relatively expensive.

Hydronic Underfloor Heating System

It is widely known as a water-based heating system that utilizes pipes to distribute heat throughout the room. These pipes are filled with hot water, which is typically generated by a boiler or another heat source. Although the installation of this system can be complex, it is considered the best option for large homes and commercial areas.

Advantages of Underfloor heating system

The advantages of ground floor heating systems are numerous. Firstly, they offer even heat distribution, eliminating cold spots and creating a comfortable living environment. Underfloor heating system is more efficient as it need consume less energy to warm the room compared to the radiator heating system. Ground floor heating systems provide greater design flexibility since they are hidden beneath the floor, freeing up wall space for furniture or other decorative elements. However, the installation process for ground floor heating systems can be more complex and costly compared to traditional radiator systems.

Radiators vs Underfloor Heating System: Comparison and Considerations

If you are planning to install a heating system at your home or business and have been involved in the debate of radiators vs. underfloor heating systems and are still unsure which system to choose, there are some factors we are going to highlight that you should take into consideration before making your decision.

Heat Distribution and Comfort Play: Underfloor Heating vs Radiators

Heat distribution and comfort play a vital role in creating a tranquil living space. While radiators offer localized heat, they can result in uneven distribution throughout the room, leading to temperature disparities. On the other hand, underfloor heating systems provide uniform heat, ensuring consistent comfort across the entire floor area.

Energy Efficiency and Cost-Effectiveness: Underfloor Heating vs Radiators

When comparing underfloor heating vs radiators, homeowners prioritize the efficiency and cost-effectiveness of the system. Underfloor heating systems are generally more energy-efficient than radiators as they operate at lower temperatures. However, it’s important to note that the higher upfront costs associated with installing ground floor heating may require a longer payback period to recoup the initial investment.

Installation and Maintenance: Underfloor Heating vs Radiators

The installation and maintenance processes of both radiators and underfloor heating systems should also be considered when deciding between them. Radiators are relatively straightforward to install and maintain, making them a convenient choice. On the other hand, ground floor heating systems require careful planning and professional installation due to their complexity. In terms of maintenance, radiators may require occasional bleeding to remove airlocks, while ground floor heating systems generally require less maintenance once they are properly installed.

Design Options and Aesthetics: Underfloor Heating vs Radiators

Radiators come in a wide range of designs, allowing you to choose the style that suits your home decor. Ground floor heating systems, on the other hand, provide a clean and minimalist look since the heating elements are hidden from view.

Which is the Best: Underfloor Heating vs Radiators

Radiators vs underfloor heating: The best heating system for an individual will depend on various factors. However, if you value efficiency in your heating system, underfloor heating is the ideal choice. On the other hand, if you prioritize meeting your heating requirements at a lower cost, radiators are the better option due to their lower installation costs compared to underfloor heating systems.

Summary

Underfloor heating vs Radiators system: Both radiator and ground floor heating systems offer distinct advantages and considerations. It has become a trend to debate underfloor heating vs. radiators in the UK. Radiators provide quick heat distribution, individual room control, and versatile installation options. Ground floor heating systems, such as underfloor heating, offer even heat distribution, energy efficiency, and design flexibility. When making a decision, it’s essential to consider factors such as heat distribution, energy efficiency, installation complexity, and design preferences. Ultimately, the choice between a radiator and a ground floor heating system depends on your specific requirements and preferences for creating a comfortable and inviting living space. 

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

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

So, How Much Does a Heat Pump Cost?

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

Type of Heating System	Cost	Household Size
Ground-Source Heat Pump	£14,500-45,000	2-3 bedrooms
Air-Source Heat Pump	£8,000-18,000	2-3 bedrooms

Heat Pumps vs Gas Boilers

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

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

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

Gas Boiler

Cost for space heating: £2,650 per year

Water heating: £540 per year

Heat Pump

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

Water heating:   £300 per year

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

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

Heat Pump Performance and Running Costs in the UK

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

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

Coefficient of Performance

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

Heat Requirement

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

Insulation

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

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

Air Source Heat Pump Cost in the UK

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

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

Ground Source Heat Pump Cost in the UK

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

Why is a Ground Source Heat Pump System More Expensive?

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

Installation Cost

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

Equipment Cost 

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

Space Requirement

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

Conclusion

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

In recent years, the growing interest in renewable energy sources has prompted individuals to explore eco-friendly alternatives for everyday needs. Among these sustainable solutions, solar power stands out as an exceptional option. Utilizing the sun’s energy to generate heat and power has gained popularity across various applications, including powering homes and even heating small structures like sheds. In this blog, we will delve into the world of solar heaters for sheds, their benefits, installation process, and the reasons why they are becoming a go-to solution for shed owners looking for cost-effective and environmentally friendly heating options.

Chapter 1: Understanding Solar Heating

Solar heating involves harnessing the sun’s energy to generate heat and provide warmth. By using solar panels, which absorb sunlight and convert it into usable energy, solar heaters can effectively warm enclosed spaces without relying on traditional energy sources like electricity or gas. This energy-efficient approach is not only environmentally friendly but also cost-effective in the long run.

Chapter 2: The Benefits of Solar Heaters for Sheds

2.1 Cost Savings

Solar heaters for sheds significantly reduce or even eliminate the need for costly electricity or fuel sources. By utilizing the sun’s free energy, shed owners can reduce their heating expenses, resulting in substantial long-term savings.

2.2 Eco-Friendly

Solution Solar power is a clean, renewable energy source that does not release harmful emissions or contribute to pollution. By opting for a solar heater, shed owners can significantly reduce their carbon footprint and contribute to a greener environment.

2.3 Energy Independence

Installing a solar heater on shed provides shed owners with energy independence. No longer reliant on the grid, they can enjoy the benefits of heating their sheds even in remote locations or during power outages.

2.4 Low Maintenance

Solar heaters for sheds require minimal maintenance. Once installed, they operate silently and without the need for regular check-ups, unlike conventional heaters that often require professional servicing.

Chapter 3: Installing a Solar Heater for Shed

3.1 Assessing Your Shed’s Solar Potential

Before installing a solar heater, it is crucial to evaluate your shed’s solar potential. Ensure that your shed is positioned in a location that receives ample sunlight throughout the day. Additionally, consider the shed’s orientation and any obstructions that may cast shadows on the solar panels.

3.2 Selecting the Right Solar Heater for Shed

When choosing a solar heater for shed in the UK, consider factors such as the size of the shed, the desired temperature range, and your specific heating needs. There are various options available, including solar air heaters and solar radiant heaters, each with its unique features and advantages.

3.3 Installing the Solar Panels

Proper installation of solar panels is essential for optimal energy absorption. Mount the solar panels on a location that receives maximum sunlight exposure, such as the roof or side wall of your shed. Ensure that the panels are angled correctly to capture sunlight efficiently.

3.4 Connecting the Solar Heater

Connect the solar panels to the solar heater for shed unit following the manufacturer’s instructions. This process usually involves wiring the panels to a charge controller, which regulates the flow of electricity to the heater, ensuring efficient operation.

Chapter 4: Maintaining and Optimizing Your Solar Heater

4.1 Regular Cleaning

Keep your solar panels clean and free from debris, as any obstructions can hinder their efficiency. Regularly inspect the panels for dirt, dust, or bird droppings, and gently clean them with water and a soft cloth.

4.2 Monitoring Performance

Occasionally check the performance of your solar heater system. Monitor temperature levels, assess the heater’s efficiency, and ensure that all components are functioning correctly.

Chapter 5: The Future of Solar Heating

Solar heating technology is continually evolving, and with advancements in efficiency and innovation, the future of solar heating for sheds looks promising. Here are a few developments on the horizon:

5.1 Improved Efficiency

Researchers and engineers are constantly working to enhance the efficiency of solar panels and heating systems. By utilizing advanced materials and designs, solar heater for shed is becoming more effective at capturing and converting sunlight into usable heat.

5.2 Energy Storage Solutions

One of the limitations of solar power is its intermittent nature, as the sun’s availability varies throughout the day and across seasons. However, energy storage solutions such as batteries are being integrated into solar heating systems. This allows excess energy generated during peak sunlight hours to be stored and used during periods of low sunlight, ensuring a constant and reliable source of heat.

5.3 Smart Integration

The integration of smart technology into solar heating systems is another exciting development. With smart controls and monitoring systems, shed owners can remotely manage and optimize their solar heater for shed. These systems enable users to monitor energy production, adjust settings, and even receive alerts for maintenance or performance issues.

5.4 Integration with Existing Systems

As the popularity of solar heating grows, manufacturers are developing solutions that can easily integrate with existing heating systems. This allows shed owners to combine solar power with other heating sources, such as electric or gas heaters, to create hybrid systems that maximize efficiency and flexibility.

Conclusion

Solar heater for shed in the UK offers a compelling alternative to traditional heating methods. With their cost-saving benefits, environmental advantages, and increasing efficiency, they are an excellent investment for shed owners. By utilizing the sun’s energy, these heaters provide warmth and comfort while reducing reliance on conventional energy sources.

When installing a solar heater for shed, assess your shed’s solar potential, select the right heater, and ensure proper installation and maintenance. Keep an eye on advancements in solar heating technology, as improvements in efficiency, energy storage, and smart integration will further enhance the effectiveness and convenience of these systems.

Embrace the power of solar heating for your shed and enjoy a greener, more sustainable future. Invest in solar heaters and bask in the warmth of the sun while minimizing your environmental footprint and saving on energy costs. Experience the benefits of solar heating for your shed today with MAK Energy!

A heat only boiler, also known as a regular or conventional boiler, is a type of boiler that is specifically designed to provide heating for a property. It is called “heat only” because its primary function is to generate heat for the central heating system, without providing hot water for domestic use.

Heat only boilers are commonly found in older properties that have traditional heating systems, such as radiators and a separate hot water cylinder. They work by heating water and circulating it through the radiators to provide warmth to the rooms.

Unlike combi boilers or system boilers, heat only boilers do not have an integrated hot water storage tank. Instead, they require a separate hot water cylinder, often located in an airing cupboard or elsewhere in the property. This cylinder stores and supplies the domestic hot water to taps, showers, and other hot water outlets.

Heat only boilers are usually connected to a cold water storage tank (also known as a feed and expansion tank) in the loft. This tank supplies cold water to the boiler, which is then heated and circulated through the radiators.

Boiler heat only systems have been a popular choice for heating residential and commercial spaces. In this blog post, we will explore the advantages, disadvantages, and important factors to consider when opting for a boiler heat only system. Whether you are considering a new installation or contemplating a switch, this guide will provide you with valuable insights to make an informed decision.

Pros of Boiler Heat Only Systems

1. Energy Efficiency: Boiler heat only systems are known for their high energy efficiency. By effectively utilizing the fuel source, they can provide efficient heating, resulting in potential energy savings and reduced utility bills. This efficiency is particularly advantageous in colder climates or regions with long heating seasons.
2. Even and Comfortable Heat Distribution: One of the significant advantages of boiler heat only systems is their ability to provide even heat distribution. Through the use of radiators or underfloor heating, these systems ensure that every corner of your space is kept comfortably warm, eliminating cold spots and drafts.
3. Domestic Hot Water Supply: Many boiler heat only systems are designed to provide domestic hot water in addition to space heating. This integration eliminates the need for separate water heaters and allows for a streamlined and efficient heating system.
4. Compatibility with Radiators and Underfloor Heating: Boiler heat only systems seamlessly integrate with traditional radiators and modern underfloor heating systems. This flexibility provides homeowners with options to choose the heating method that best suits their preferences and requirements.
5. Reduced Risk of Airborne Allergens: Unlike forced-air heating systems that circulate air, boiler heat only systems do not blow air around. This characteristic reduces the risk of airborne allergens, making them a preferred choice for individuals with respiratory sensitivities or allergies.

Cons of Boiler Heat Only Systems

1. Initial Installation: Cost The upfront cost of installing a boiler heat only system can be higher compared to other heating systems. This is due to the complexity of the installation process, including the need for pipework, radiators, and potentially underfloor heating systems. However, it’s essential to consider the long-term energy savings and efficiency benefits.
2. Space Requirements: Boiler heat only systems typically require dedicated space for the boiler unit, expansion tank, and associated equipment. This consideration should be taken into account during the planning phase, especially if space is limited in your property.
3. Limited Cooling Options :Unlike some heating and cooling systems, boiler heat only systems focus solely on providing heat. If you require cooling capabilities during the summer months, additional solutions like separate air conditioning units or heat pumps may be necessary.
4. Dependency on a Single Heating Source: Boiler heat only systems rely on a single heating source, such as gas, oil, or electricity. This means that a disruption or failure of the fuel source can temporarily interrupt the heating supply. It’s crucial to have backup plans or alternative heating options in place to mitigate such situations.
5. Potential for System Leaks and Maintenance Needs: Boiler heat only systems involve a network of pipework and components that may be susceptible to leaks or require periodic maintenance. Regular inspections, maintenance, and addressing any leaks promptly are crucial to ensure the system’s optimal performance and longevity.

Key Considerations when Choosing a Boiler Heat Only System

A. Heating Capacity and Size

Assessing the heating capacity and size of the boiler is vital to ensure it can adequately meet your space heating requirements. Factors such as insulation, room sizes, and climate should be considered to determine the appropriate size.

B. Fuel Type Options (Gas, Oil, Electric)

Evaluate the available fuel options in your area and consider their availability, cost, and environmental impact. Each fuel type has its own set of pros and cons, so choose the one that aligns with your preferences and budget.

C. Efficiency Ratings and Energy Savings

Look for boilers with high efficiency ratings, such as an AFUE (Annual Fuel Utilization Efficiency) rating. Higher efficiency boilers can help you save on energy consumption and reduce your heating costs over time.

D. Maintenance and Servicing Requirements

Consider the maintenance and servicing needs of the boiler heat only system. Regular maintenance, such as annual inspections and cleaning, is essential to ensure the system operates efficiently and prolong its lifespan. Additionally, inquire about the availability of qualified technicians in your area for repairs and servicing.

E. Compatibility with Existing Infrastructure

If you have an existing heating system or infrastructure in place, assess whether a boiler heat only system can seamlessly integrate with it. Understanding compatibility issues beforehand can save you time and costs during the installation process.

F. Budget and Cost Factors

Determine your budget for the boiler heat only system, including the installation costs, equipment, and any additional components required. Compare quotes from different suppliers and consider the long-term energy savings to make an informed decision.

G. Environmental Impact and Sustainability

Consider the environmental impact of the boiler heat only system and opt for models that prioritize sustainability. Look for boilers that are energy-efficient, utilize renewable energy sources where possible, and have low carbon emissions.

Conclusion

In conclusion, boiler heat only systems have several advantages, including energy efficiency, even heat distribution, domestic hot water supply, and reduced risk of airborne allergens. However, it’s essential to consider the cons, such as the initial installation cost, space requirements, limited cooling options, dependency on a single heating source, and potential maintenance needs.

When choosing a boiler heat only system, carefully consider factors like heating capacity and size, fuel type options, efficiency ratings, maintenance requirements, compatibility with existing infrastructure, budget, and environmental impact. Consulting with professionals in the heating industry can provide valuable insights and help you make an informed decision.

Ultimately, the suitability of a boiler heat only system depends on your specific needs, preferences, and circumstances. By weighing the pros and cons and considering the key considerations outlined in this blog post, you can determine whether a boiler heat only system is the right choice for your heating requirements.

Remember, investing in a boiler heat only system is a long-term decision, so it’s important to conduct thorough research and consult with professionals to ensure you select the best option for your home or commercial space.

Are you tired of feeling chilly in your home during the winter months? If so, it may be time to consider a warm air heating system. This type of heating system is a popular choice among homeowners for its efficient and effective heating capabilities. In this article, we’ll take a closer look at how warm air heating systems work and the benefits they offer.

What is a Warm Air Heating System?

A warm air heating system is a type of central heating system that uses air to distribute heat throughout a building. This system is made up of a furnace, a heat exchanger, and a duct system. The furnace is responsible for heating the air, while the heat exchanger transfers the heat from the furnace to the air. The duct system then distributes the heated air throughout the building.

How Does a Warm Air Heating System Work?

A warm air heating system works by using a furnace to heat air, which is then distributed throughout the building via a duct system. The furnace can be fueled by natural gas, oil, or electricity. When the furnace is turned on, the fuel is burned, which creates heat. This heat is then transferred to the air by the heat exchanger.

The warm air is then distributed throughout the building via a duct system. The duct system is made up of a network of ducts that run through the walls, floors, and ceilings of the building. The warm air is blown through these ducts and into the rooms of the building.

Types of Warm Air Heating System: Comparison

There are several different types of warm air heating systems, each with its own unique features and benefits. Here are the most common types of warm air heating systems:

Forced Air Systems

Forced air heating systems are the most common type of warm air heating system. These systems use a furnace to heat the air, which is then blown through ductwork and distributed throughout the building. Forced air systems are known for their quick and efficient heating capabilities, making them a popular choice for many homeowners.

Heat Pumps

Heat pumps are another type of warm air heating system. These systems work by extracting heat from the outside air and using it to heat the building. In the summer, the process is reversed, and the heat pump can be used for air conditioning. Heat pumps are known for their energy efficiency, making them a popular choice for homeowners who are looking to save money on their energy bills.

1 – Air-Source Heat Pumps

Air-source heat pumps extract heat from the outdoor air and transfer it indoors to heat a building during colder months. They can also work in reverse during warmer months to provide cooling. Air-source heat pumps are the most common type of heat pump and can be further categorized into two subtypes:

1 – Air-to-Air Heat Pumps

These heat pumps transfer heat between the outdoor air and indoor air through ductwork or air handlers. They are suitable for both residential and commercial applications.

2 – Air-to-Water Heat Pumps

These heat pumps transfer heat from the outdoor air to a hydronic system, such as underfloor heating or radiators, to provide heating for the building.

2 – Ground-Source Heat Pumps (Geothermal Heat Pumps)

Ground-source heat pumps extract heat from the ground or a water source, such as a well or pond, and transfer it indoors. They utilize the relatively constant temperature of the ground to provide efficient heating and cooling. Ground-source heat pumps can be further divided into two sub types:

1 – Closed-Loop Systems

These systems circulate a fluid (usually water or a mixture of water and antifreeze) through a closed loop of underground pipes or loops buried horizontally or vertically. They exchange heat with the ground through the pipe loop.

2 – Open-Loop Systems

These systems use groundwater or surface water as a heat exchange medium. They pump water from a well or other water source, extract heat from it, and then discharge the water back into the environment.

3- Water-Source Heat Pumps

Water-source heat pumps extract heat from a water source, such as a lake, river, or well, and transfer it indoors. Similar to ground-source heat pumps, water-source heat pumps utilize the relatively constant temperature of the water source for efficient heating and cooling. These heat pumps are commonly used in larger commercial buildings that have access to a nearby water source.

4 – Hybrid heat pumps

Hybrid heat pumps, also known as dual-fuel heat pumps, are a type of heating and cooling system that combines the benefits of both an air-source heat pump and a fossil fuel-powered backup system, typically a gas furnace. This combination allows the system to optimize energy efficiency and provide reliable heating and cooling performance. The primary component of a hybrid heat pump is the air-source heat pump, which operates as the primary heating and cooling source. It extracts heat from the outdoor air during the heating season to warm the indoor space and reverses the process during the cooling season to provide air conditioning. Air-source heat pumps are highly efficient in moderate climates, but their efficiency may decrease in very cold temperatures.

Each type of heat pump has its own advantages, disadvantages, and considerations in terms of installation requirements, efficiency, cost, and suitability for different climates. Factors such as the availability of outdoor space, the presence of a water source, and the heating and cooling needs of the building should be taken into account when selecting the appropriate type of heat pump. Consulting with HVAC professionals can provide further guidance in choosing the most suitable heat pump type for a specific application.

Radiant Heating Systems

Radiant heating systems work by using hot water or electric coils to heat a building. The heat is then radiated from the heating source to the objects in the room, providing a more even and comfortable heat. Radiant heating systems are often used in conjunction with other heating systems, such as forced air systems, to provide more consistent and efficient heating.

Gravity Furnaces

Gravity furnaces are an older type of warm air heating system that uses the natural convection of warm air to distribute heat throughout a building. These systems rely on a large, central furnace that is typically located in the basement or crawlspace of the building. The warm air rises from the furnace and is distributed through duct-work to the rooms above. While gravity furnaces are not as efficient as other types of warm air heating systems, they can be a good option for older homes with limited space for duct-work.

Benefits of a Warm Air Heating System

Efficient Heating

One of the main benefits of a warm air heating system is its efficient heating capabilities. Warm air systems can heat a building quickly and evenly, which means that you won’t have to wait long to feel the effects of the heat. Additionally, warm air heating systems can be more energy-efficient than other types of heating systems, such as radiators.

Cost-Effective

Another benefit of a warm air heating system is that it can be cost-effective. Warm air systems can be less expensive to install than other types of heating systems, such as radiant heating systems. Additionally, because warm air systems can heat a building quickly and evenly, you may be able to use the system less often than other types of heating systems, which can help you save money on your energy bills.

Improved Air Quality

Warm air heating systems can also improve the air quality in your home. Because warm air systems use a filter to clean the air before it is distributed throughout the building, they can help remove dust, dirt, and other allergens from the air.

Versatility

Warm air heating systems can be used in a variety of different types of buildings, including homes, offices, and commercial buildings. Additionally, because warm air systems can be fueled by natural gas, oil, or electricity, they can be used in areas where other types of heating systems may not be practical.

Ease of Use

Finally, warm air heating systems are typically very easy to use. Once the system is installed, you simply need to turn it on to enjoy warm, comfortable air throughout your building. Additionally, many modern warm air heating systems come with programmable thermostats, which allow you to set the temperature of your building to your preferred level.

What is the Cost of Installing Different Warm Air Heating Systems in the UK?

The cost of installing a warm air heating system in the UK can vary depending on a number of factors, including the type of system you choose, the size of your home or building, and the complexity of the installation. Here is a rough guide to the cost of installing some of the most common types of warm air heating systems in the UK:

1 – Forced Air Systems Costs

The cost of installing a forced air heating system in the UK can range from £2,500 to £5,000 or more, depending on the size of your home or building and the complexity of the installation. This cost typically includes the installation of the furnace, ductwork, and other necessary components.

2 – Heat Pumps Costs

The cost of installing a heat pump in the UK can range from £6,000 to £12,000 or more, depending on the size of your home or building and the complexity of the installation. This cost typically includes the installation of the heat pump, duct work or other necessary components.

1 – Air Source Heat Pumps Costs:

1 – Air-to-Air Heat Pumps Cost:

The cost of air-to-air heat pumps in the UK typically ranges from £3,000 to £8,000, including installation.

2 – Air-to-Water Heat Pumps Cost:

The cost of air-to-water heat pumps in the UK generally ranges from £6,000 to £12,000, including installation.

2 – Ground Source Heat Pumps (Geothermal Heat Pumps) Costs:

1 – Closed-Loop Systems:

The cost of closed-loop ground-source heat pump systems in the UK usually starts from £10,000 and can go up to £20,000 or more, depending on the system size and installation requirements.

2 – Open-Loop Systems:

The cost of open-loop ground-source heat pump systems in the UK typically starts from £15,000 and can go up significantly depending on factors such as the water source availability and drilling requirements.

3- Water Source Heat Pumps:

The cost of water-source heat pumps in the UK varies depending on factors such as the water source availability, system size, and installation requirements. As such, it is recommended to consult with HVAC professionals to get accurate cost estimates specific to your project.

4 – Hybrid Heat Pump

The cost of hybrid heat pumps in the UK typically ranges from £8,000 to £15,000 or more, including installation. This cost range is an estimate and can vary depending on the specific requirements of your property, such as the size of the system and any additional installation considerations.

3 – Radiant Heating Systems Costs

The cost of installing a radiant heating system in the UK can range from £6,000 to £12,000 or more, depending on the size of your home or building and the complexity of the installation. This cost typically includes the installation of the heating source, whether it be hot water or electric coils, and the necessary components to distribute the heat, such as pipes or wiring.

4 – Gravity Furnaces Costs

The cost of installing a gravity furnace in the UK can range from £2,500 to £4,000 or more, depending on the size of your home or building and the complexity of the installation. This cost typically includes the installation of the furnace and the necessary duct work.

It’s worth noting that these costs are just estimates, and the actual cost of installing a warm air heating system can vary depending on your specific situation. Additionally, ongoing maintenance and repairs should also be factored into the overall cost of owning a warm air heating system. To get a more accurate idea of the cost of installing a warm air heating system in your home or building, it’s best to consult with a qualified HVAC technician who can provide a detailed quote based on your specific needs and requirements.

Conclusion

Overall, a warm air heating system can be an excellent choice for homeowners who are looking for an efficient, cost-effective, and versatile heating system. Whether you’re looking to heat your home, office, or commercial building, a warm air heating system can provide you with the warmth and comfort you need during the cold winter months. By understanding how these systems work and the benefits they offer, you can make an informed decision about whether a warm air heating system is right for you.