Environmentally-friendly & Energy Efficient

What incentives exist for making the switch?

Opting for an air-source heat pump installation not only stands out as a highly effective approach to reducing your household carbon footprint but also presents itself as a potentially cost-efficient method for heating your home.

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Heat Pump Design & Installation For New Builds and Existing Properties.

Heat Pump Installers London provide bespoke supply and retrofit heat pump installation in London. We employ an experienced team of residential and commercial heating engineers proficient in full system conversion from gas to heat pumps. We work with both air source heat pump and ground source heat pump installations.


Heat Pump Grants up to £7,500. Reduce your heating bills by 40%

Heat Pump Installers London

Heat Pump Installers London work with all brand of heat pump manufacturers and can choose the correct heat pump size for your property. Weather you have a large commercial premises with requires extensive pipework modification or a simple mid terrace house with required a retrofit. Where a combi boiler is being removed and a heat pump is being installed. We can ensure the entire process is stress free and the finish project is to a high standard. This includes all building works to make good.

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London Based Air Source Heat Pump Installers

Frequently Ask Questions?

Air source heat pumps are a useful way to lower your energy bills, while generating renewable heat. They work by pumping refrigerant through a system of coils. The refrigerant absorbs heat as it moves through the system. It then becomes a gas, which is then compressed and transferred to your heating or cooling system. Unlike a conventional gas or oil boiler, air source pumps do not emit harmful gases. They are an alternative to conventional heating and cooling that is safe and low-maintenance.
Younger house hunters looking for greener heating options may be interested in air source pumps. These pumps can provide cooling during the summer. Using a heat pump is a relatively easy process, but it does require an annual inspection. This means it is important to check the unit for leaks, dust, and refrigerant levels.
Depending on the size of your home and the insulation you have, it is possible to save money by installing an air source heat pump. However, it is best to consult a certified installer. An air source heat pump system typically consists of two units: an outdoor unit, and an indoor one. The indoor unit will typically be mounted to the ceiling or on the wall.
The typical system has an indoor air handler that can be controlled remotely. An expansion valve and compressor are also part of the system. Generally, air source heat pumps are less efficient at colder outdoor temperatures. However, recent improvements in technology have made them a more viable option.

Air source heat pumps are an efficient alternative to traditional heating and cooling methods. They work by using electricity to heat the air. Copper tubing coils are used to pump this heat into your home. They are designed to run at low temperatures to optimise efficiency.

In determining how much a heat pump will cost to install, it is important that you consider the size and climate zones of your home. Professional installers can ensure you get the right system.

You will need to know the basics of plumbing and electrical if you want to install an air source heatpump yourself. You’ll also need a building permit. A building permit is required by most cities and counties.

The brand, efficiency and location of the ductwork will all affect your final price. A deposit can be required to purchase the equipment. Financing options can include paying for the equipment in full or in installments. However, if you’re on a tight budget, you may be able to apply for a grant.

Choosing the right system will allow you to enjoy year-round comfort in your home. You can even reduce your energy bills by as much as 40%

A heat pump from an air source is the best option for homeowners looking to add heating or cooling efficiency to their homes. It doesn’t need as much outdoor space than a ground-source unit but it still needs some. When determining the amount of space that you require, there are many factors to take into consideration.

Your air source heat pumps will require different amounts of space depending on how big they are and where you reside. The unit needs to move air approximately one cubic foot per minute. To get an estimate of how much space your unit will need, you can use a tape measurement.

It’s very difficult to determine how much space is needed for a geothermal heatpump. This type of system will need a deeper ground loop. The temperature can be more consistent and reliable with a deeper ground loop. It can also discharge water into a nearby river or aquifer, allowing you to conserve water and reduce your use of electricity.

The easiest heat pump to set up and maintain is an air to air one. They are usually installed in the walls rather than through windows. They can be mounted through the walls of the home, or via a central split unit.

Split systems will need approximately 60 square feet. A plant room is also required, and this requires a footprint of 1×22.5 metres.

Underfloor heating is a great way to heat up your house. The system works by using a large heat sink, usually mounted on the floor, to absorb the majority of the heat produced by a heat pump. It is much better than using a radiator-based heating system to maintain a consistent temperature in your home.

The average house uses less energy to heat its residents. If you’re considering using a heat pump, there are some things you should know about it. Using the wrong size radiators, for instance, can result in more than just cold water.

A well insulated home will allow you to achieve the smallest possible radiator temperatures while still maintaining the desired room temperature. A poorly-installed heating system can result in hot water being too much.

In addition, you’ll want to be careful about turning on your heat pump. It can heat your home for the night but can cause additional strain on plumbing. To avoid this, it is a good idea to cool your air conditioner system before winter arrives.

Radiators are a great option for your home. They can effectively warm up a room or two, and can be turned on or off at will. You might consider upgrading from a gas boiler to a heat-pump depending on your situation.

An air source heat pump is a great way to get an effective and efficient heat source in your home. An outdoor unit called an air source pump is located next to your home and heats or cools your house using the outside air. These pumps can also help reduce carbon emissions. They aren’t as efficient at providing instant hot water than a traditional storage heater.

Heat pumps are a wonderful way to heat your house and keep it warm. They can also reduce running costs. Before you decide to invest in one make sure that you are fully informed about what it can do.

The heat pumps can not only provide hot water for the shower, but they also provide heating in your space. Heat pumps that operate in the reverse direction and soak up heat from your home will be the most efficient. You can install heat pumps as separate units without needing a hot water tank. They don’t take up space like a traditional hot water cylinder.

Although there are several ways you can install a heat pump in your home, the most effective is to use your current central heating system. To see whether your current boiler is compatible with a new heat pump, get in touch with your installer. It’s best to check the energy rating of your system, and make sure it’s not too old to run an ‘air-to-water’ pump.

Whether you’re relying on a boiler or a heat pump to keep you cosy, you need to install the equipment correctly. Not only will a poorly sized system not provide you with the warmth you need, but it may be costly to repair. You should choose the size that best suits your requirements.

The most common mistake homeowners make in planning for a heat pump install is choosing the wrong type of cylinder. For instance, if you’re using a microbore system, you’ll need a larger cylinder than if you’re using a standard pipe. Alternatively, you can choose a cylinder that’s designed specifically for a heat pump, meaning it’s more efficient and has a bigger coil capacity.

While a heat pump isn’t the only way to heat your home, it can be a fantastic source of warmth, especially if you’re living in a cold climate. It may be possible to reduce your monthly fuel costs. The UK government plans to install 19 million heat pumps by 2050. This makes them an attractive investment.

You can be sure to find the perfect product if you do your research. You want the best solution to your home’s budget, so make sure you find quality manufacturers that offer technical support as well as after-sales service.

There are numerous other factors to consider, including the size of your home. The Energy Saving Trust provides a rough estimation of the cost of an air-to-water heat pump. However, it is important to research the details to make sure you are getting the best value for money.

When it comes to heat pumps, the sizing of radiators is crucial. You need them to produce the required heat in your space. They are typically 2.5 times larger than standard boiler radiators. This isn’t a bad thing, as heat pumps are able to deliver lower temperatures than traditional heating systems.

The first step in figuring out the best size for your heat pump is to figure out how big your house is. A larger heat pump will save you money if you live in a small home. Alternatively, you may want to get two units to maximize the efficiency of your air source heat pump. If you have a small bedroom in your house and an open-plan living room, you could place a larger unit next to the bedroom, and another one near the living room.

Another way to calculate the size of your radiators is to use the sizing calculators. These are usually very basic, and require you to fill in a few boxes about your room. You will also need to enter the room’s U-value and direction. Ideally, you’ll find one that allows you to do all of these things in one go. You may want to consider a Consumer Series, which simplifies the process.

One of the most important reasons to use a radiator size calculator is to make sure your new heating system is up to the task of warming your home. Although a heat pump will work with many emitter systems, you must ensure that it is compatible with your radiators. An air source heat pump needs a radiator with a flow temperature of at least 50 degrees C to be compatible with the appliance. That’s not to say that a gas or oil boiler won’t do the trick, but you’ll likely end up with a smaller radiator that’s less efficient than the heat pump you’ve invested in.

There are plenty of cheat sheets out there that can help you figure out the right rad size for your needs. These cheat sheets are not meant to replace a professional analysis or survey. Whether you choose to go the DIY route or hire a professional, you’ll need to do a proper calculation for each room. Some of the better options, such as a mcscertified website, offer a heat loss calculator that includes a user guide.

A radiator size calculator will save you time and headaches down the line. Ultimately, though, a heat pump is a complex system, so you’ll want to consult a specialist to ensure you’re getting the most out of your investment. You don’t want your money wasted on something that isn’t performing its purpose.

You must also consider how good the insulation is in your house. Heat pumps can extract heat from your home much more slowly than a traditional heating system, so you’ll need to make sure the system is insulated correctly.

A heat pump is considered to be a green technology, however there are some issues that make it more expensive than your average boiler. Heat pumps are a relatively new technology and are not yet ubiquitous. If you are in New England where the majority of homes have gas heating systems, then you may not be familiar with heat pumps. Installation can be difficult.

A heat pump is different from a boiler in that it requires electricity to work. It can be produced using renewable sources such as solar power, so it will not contribute to global warming. Using a heat pump to heat your home can qualify for the Renewable Heat Incentive. This is a government incentive designed to encourage the use of energy efficient measures.

It is crucial to compare a heatpump to a boiler by considering the effectiveness of both. The COP (Coefficient of Performance) is a measure of the heat pump’s performance. It is the ratio between heat input and heat output. A heat pump should be capable of producing around 30% more than a boiler using non-condensing gases.

While a heat pump is a worthy purchase, you should take into account its operating costs. It will cost you money to maintain and clean the heat pump, as well as to keep it in top shape. It is ultimately up to the user whether they choose an electric or gas heat pump. A gas boiler is a good option if you don’t have enough money to buy a heatpump.

A gas boiler cannot be run on its own, unlike a heat pump. To ensure your boiler is operating at peak capacity, it needs to be inspected by a professional every year. Similarly, if your old boiler has become obsolete, you will need to replace it with a more modern model.

A standard combi boiler will cost between £1,000 and £2,000. It may cost more depending on which make or model the boiler is. Even with a rebate of up to £5,000, it will still be a financial outlay. Likewise, installing a new gas boiler will take between 24 and 48 hours.

There are many other options to lower your carbon footprint, and your heating bills. For example, a heat pump might provide air conditioning in the summer. You can also use a solar panel for powering your home.

The above alternatives aren’t for everybody. Gas boilers are a cheaper and more eco-friendly alternative, and they can be installed in just a few days. On the other hand, a heat pump will cost you hundreds of pounds and require a lot of time and effort.

Heat pumps are an attractive option for homes that need to replace or upgrade their heating and cooling systems. These systems are designed to provide comfortable climate control without adding pollutants.

Although they are easy to install, heat pumps are not a perfect match for every home. The actual savings you get will depend on the type of system you have, as well as the price of electricity in your area. It’s also a good idea to consult a professional to get an accurate estimate of the savings you could get from the installation.

Two major components of heat pumps include an indoor and outdoor unit. While the indoor unit is connected to your home’s ductwork, the outdoor unit distributes refrigerant throughout the system. The most popular type of heatpump in America is an air-to-air. An additional heating solution may be added to heat pump system in certain cases.

A heat pump has many advantages. A heat pump doesn’t burn fossil fuels. This is because the energy they do produce is from electricity. Heat pumps also use less energy that standard HVAC systems.

Some heat pumps are powered by renewable sources, including solar panels. These heat pumps are more efficient and make the grid sustainable. They may also be eligible for rebates from your utility company. These systems may not be available everywhere in the U.S. but they are getting more popular.

For information on incentives offered by your utility company, if you’re thinking about installing a heatpump. Many companies have online calculators that will help you calculate your projected savings. The actual savings you realize will vary depending on how efficient your existing system is and the size of the heat pump.

Many heat pumps have a 5- to 10-year warranty for their parts and compressors. You should also clean the coils on your heat pump at least twice a year to keep it running efficiently. Keeping the outdoor unit free of snow is an important part of wintertime maintenance for heat pumps in areas with high snowfall.

When choosing a heat pump, you should also consider the HSPF (Heating Seasonal Performance Factor). The HSPF refers to the heat that a heat pump is capable of delivering to a given building in Btu. A heat pump’s performance is determined by its HSPF. For instance, in an 2000-square foot home, you would have a 3 ton heat pump. Your HSPF is 3.5.

Depending on your needs, you may want to have more than one indoor unit. You’ll also need to have sufficient water for the heat pump. Every heat pump model requires different amounts of water. Using steam re-injection technology can increase the flow temperature and reduce the cost of running the system.

You might be asking yourself if you require larger pipes if you have decided to put an air source heatpu in your house. Many homes have pipework that is approximately 15mm in diameter. This isn’t the ideal size and could sometimes cause problems in your system. These problems can be avoided by connecting multiple pipes in parallel.

A good flow rate is essential for an air source heat pumps to work effectively. This is because the heat is transferred from the outside air to the indoor space through the unit. When you switch on the heat pump, the compressor in the unit absorbs heat from the outside, then expels it into the air. Then, the heated air is moved around your home through the air vents. To maintain a good flow rate, it is important to use larger pipes.

It’s also important to consider the velocity of the water as it moves through the pipe. You should aim for a velocity below 0.5m/s. But higher velocities can increase the pressure drop through your fittings. You may experience a decrease in power output.

You should not use any smaller pipes than your heat pump requires. Because of the heat pump’s higher flow rate, larger pipes will be required. As a rule of thumb, you need about 30 litres per minute to produce 10 kilowatts of heating. So, if you have a ten kilowatt heat pump at 70 degrees Fahrenheit, you need to have a pipe with at least thirty litres of flow.

In order to achieve the maximum flow rate, your pipework needs to be larger than the boiler pipe. Although it is possible to put in a system using only 22mm pipes, it will not be as efficient as you would like. Your pipes will need to be at least 42mm. For best results, run them through a dual-speed pump.

Another important consideration is the size of your radiators. A heat pump will require at least one radiator, but you might need more than that if you’re switching from a gas-fired heating system. You might need them even if the heat pump isn’t being used. Larger radiators can be a problem, so you might want to invest in some extra insulation.

One of the biggest advantages of heat pumps is that they’re more efficient than traditional boilers. Gas boilers can be as much as 70% less efficient. An air-source heat pump is a great way to reduce carbon emissions, and help ensure your house’s future security.

If you need to switch from a gas boiler to a heat pump, you can take advantage of a PS5000 subsidy. The government has also announced new schemes to encourage green living. There is a tax incentive for homeowners that replace old gas boilers by low-carbon models.

A heat pump is a great way to save money on your energy bills. This is due to the fact that it moves heat from the air outside your home into your water, which can then be used for radiators or a washing machine. It is also a more environmentally friendly alternative to gas and oil boilers.

If you have a gas or oil boiler, you are probably wondering whether a heat pump can replace it. The answer is yes, but it may not be the best option for your home.

The heat pumps are relatively new technology. This means that the price of replacing an old boiler with one can get quite high. It might be necessary to install a new heating system. This will include new pipes, radiators and an air draw box. A heat pump will save you money over the long-term and help reduce your carbon footprint.

Good insulation is a key aspect of heating your house. You will waste a lot more energy if your home is not well insulated. It is worth spending money to improve your insulation, before looking into the most efficient heating options for your home.

Heat pumps use electricity and a refrigerant to move heat into your house. It isn’t as efficient as an oil or gas boiler but it’s still a viable option. It is actually one of the best ways to heat your house.

You have three options when it comes to heat pumps. They are air source, ground source, and hybrid. An air-source heat pump is the cheapest to install, but it might not be the best option for your home. Ground-source heat pump are more costly but they are also environmentally responsible. Ground-source models, unlike an air-source heat-pump, assume that your house has electricity from the national grid.

Although a heatpump will not be 100% renewable, it could be part of the solution for the UK’s energy issues. Despite this, heat pumps do not make a very large dent in the carbon emissions that come with using conventional heating systems. Fortunately, the government has provided some monetary help for the purchase and installation of these green gadgets.

You will need to spend some time and money, as with all new technology. Some models require routine maintenance and inspections, which can be done by yourself or by a professional. Be aware that the best way to keep your heating system in top condition is to have your boiler serviced by a Gas Safe registered engineer.

It is important to find the most efficient heat pump for your needs. These devices are designed to work well in homes that have been built with proper insulation. Depending on your budget and the size of your property, you might be able to find a newer, more energy-efficient model that’s more affordable to buy and install.

Radiator design is an important consideration when installing a heat pump. Radiators with larger heat outputs will generally be bigger. Larger radiators also have a lower cost, which makes it a worthwhile investment in the long term.

Heat pumps produce their best results at low temperatures. Radiators are often oversized to handle this task. For optimum energy efficiency, a home needs a large surface area to distribute the hot fluid. This is the most efficient way to keep your home warm and comfortable.

Some radiators may be replaced by heat pumps. This makes sense in some situations. It is possible to find a good deal on a new heat pump, so it’s worth comparing the different models to see which offers the most value. You may qualify for government grants depending on which system you choose.

When choosing a new heat pump, make sure to get a professional opinion. An experienced contractor can help you determine which heat pump will best suit your needs and what mechanical parts need attention. There are a few things to look out for when using a heat pump, such as leaks in the system and improper charge of the refrigerant.

A heat pump that delivers a minimum 50°C flow temperature is the best. You can use a lower rated system, but it will be more expensive and likely to trip your breaker. To avoid this type of failure, fill a few small radiators at a time.

The heat pump also has to handle the influx of cold air coming into the house. A weather-compensated heating controller adjusts the house’s temperature based on external air temperatures. This can be especially helpful in cold winter months when your thermostat is set to a higher temperature. Having a properly functioning heat pump can save you hundreds of dollars a year on heating bills.

The fan is another important part of any functional heat pump. A boost button is usually included with fan assisted radiators. This allows for maximum heat output for up to 15 minutes. Generally speaking, a heat pump that uses a fan assisted radiator is more energy efficient than an ordinary heater.

A radiator can be used as a fan to reduce water loss. However, if you are looking to maximize the output of your HVAC system, you will want to check the efficiency of your insulation. If you can improve your insulation, it will pay for itself in the long run. Installing a weather compensation heating control can also save money on your monthly utility bills.

Finally, it’s worth mentioning that heat pumps can be used with an array of emitters, such as wall or floor heat. However, the best way to determine which heating method will suit you best is to consult a heating engineer. They can tell you what heat device will suit your home, and what types of devices will complement it the best.

When deciding between a heating pump or a boiler, there are many factors you should consider. A heat pump can be more efficient, cheaper to operate, and less harmful to the environment. However, a boiler may be a better choice for some homeowners. And it can also be easier to maintain.

The most obvious difference between a heating boiler and a heat pump is the temperature of the water that is used to heat your home. While both heat pumps and heating boilers use electricity, a heat pump can transfer heat much more effectively than traditional boilers.

The type of heat that the heating system generates is another difference. Heating boilers heat homes with steam or hot water. You can mount it on your floor or in your loft. A heating boiler is a good choice if you are limited on space. A hybrid heat pump is also available, which integrates a boiler and a heat source.

Although heat pumps have become more popular in recent years, they are still not as prevalent as traditional furnaces. Gas boilers can heat more during winter than heat pumps, and are therefore more energy efficient.

Choosing between a heat pump and a boiler depends on the size of your home, your budget, and your preferences. You might choose a heat pump over a boiler, or you may prefer to be able to shut off radiators when necessary.

Both are eco-friendly and will provide heating for your entire home. A boiler uses natural gas or propane to heat the water, but heat pumps are powered with electric energy.

A heat pump is an effective way to save on your monthly bills. During the winter, your heating system can be turned off or adjusted to lower the thermostat to help you save money. In the summer, you can turn on your heat pump to make your home cooler.

You should consider the size of your home and how well it is insulated before you make a decision between a heating pump and a boiler. While a boiler is capable of heating the whole house, a heat-pump can only chill one or two rooms. A heat pump will require more space and take up more room in your home.

A professional is required to install a heat pump. You will also need an outdoor and indoor heat pump, as well as a refrigerant. You will also need to ensure that your heating system is properly maintained. Your boiler will run safely and efficiently if it is serviced at least once per year.


We Install, Service & Repair Air Source Heat Pumps in London

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