High Temperature Air Source Heat Pumps

High temperature air source heat pumps can provide a good deal of heating, even in cold climates. They can also be used for cooling in the summer, depending on the model.

Heat pump systems should be designed and installed by a qualified contractor. The sizing of an air-source system should take into account the house’s climate, heating and cooling loads, and the system’s objectives.

Energy Efficiency

Energy efficiency is an important factor to consider when deciding whether or not to install a heat pump in your home. It will determine whether or not you will be able to make savings on your energy bills and how much carbon reduction you will be able to achieve.

The energy efficiency of a high temperature air source heat pump depends on several factors, including the outdoor temperature and the capability of the indoor unit. Generally, heat pumps will be less efficient at low outdoor temperatures than they will be at higher outdoor temperatures. This means that if your outdoor temperatures are too low for a standard heat pump to work, you will need to invest in a supplementary heating system.

As with most things in life, the efficiency of a heat pump will depend on your local climate. This is a good reason to choose a heat pump that is designed for your area.

Compared to other types of heating systems, heat pumps use a fraction of the energy to provide the same amount of warmth in your home. This can lead to significant energy savings. However, these savings may vary according to the cost of electricity in your area and whether or not you are currently using oil, gas or electric heating.

It is also possible to use a heat pump as part of a thermal energy storage system. These systems can be used to help you save money on your energy bills during peak periods. This is especially true if you live in an area where electricity is expensive and natural gas or oil are cheaper.

In fact, a study of the energy efficiency of thermal energy storage coupled to air source heat pumps found that these systems can produce up to a 45% reduction in your energy bills. This is because the heating high temperature air source heat pump and cooling demands of your house are split between the two systems.

In addition, a high temperature air source heat pump will be less likely to need to be replaced, which could significantly reduce your maintenance costs. You will also be able to keep the same radiators and insulation in your home as you would with a standard heat pump. This is a big plus for some homeowners, who find replacing them to be a difficult and costly proposition.

Installation Costs

A high temperature air source heat pump is a renewable heating solution that can cut energy bills and lower your carbon footprint. Depending on the size of your home, you may be able to save as much as 25% on energy costs by installing this type of unit.

These units work by absorbing heat from the air around them and then transferring it to the refrigerant gas inside, which boils in a coil and becomes a low-temperature vapour. The reversing valve then sends the vapour to a compressor, which squeezes it into a higher-temperature gas.

This process works efficiently and can help to keep your home warm even when the outside temperature is cold. However, it can also be very inefficient and can lead to higher energy costs than a conventional boiler would.

The installation of a high temperature air source heat pump can cost anywhere from $15,000 to $30,000. It is recommended that you hire a professional to install this type of system to ensure that it is sized correctly for your home and that it runs efficiently.

Besides the heat pump itself, installation costs include all materials and labor needed for your new ductwork. These costs are generally included in the final quote from your HVAC contractor.

Ductwork is the piping that delivers hot or cool air to different areas of your home. The cost of ductwork depends on the size and material you choose, but it usually falls within a range of $3,000 to $7,500 for 300 linear feet of ductwork.

In addition to ductwork, you may need to have your heating and cooling vents replaced to prevent them from causing too much noise. These upgrades are often a good investment for the future, as they increase the value of your home and can be an excellent way to boost your energy efficiency.

A qualified heating and cooling contractor can perform a load calculation on your property to determine what size heat pump is necessary to meet your needs. This calculation will help your HVAC partner recommend a unit that is suited for your needs.

Energy Bills

As you’d expect, energy bills associated with a high temperature air source heat pump will likely be higher than those associated with a regular ol’ boiler. However, the cost of operating your new system is likely to be a small price to pay for a greener future. A reputable heat pump specialist can help you decipher your options and maximise your chances of saving on your home heating bills for years to come. Getting the best deal on your new system is as easy as putting your mind to the task by using the right information. The best place to start is with your local energy provider – their team of experts are always on hand to offer expert advice and help you find the perfect solution for your home or business.


High temperature air source heat pumps are an alternative to gas boilers for homeowners who want to reduce their energy bills. They can provide central heating to temperatures of around 75 – 80degC, and don’t require that you change your existing radiators or insulate the home. However, they can be expensive to run and are not suitable for all homes.

Typically, they have a lifespan of between 10 and 15 years, and you should regularly have them serviced by an HVAC specialist. During these visits, they will high temperature air source heat pump inspect various parts of your heat pump to ensure that they are working properly and that they are free from problems that could damage or break the unit in the future.

Your technician will also check that the system is not leaking refrigerant or if there are any electrical faults. This will help prevent costly repairs down the line and make your heat pump more efficient to use.

Another important maintenance task is to clean the dust filters in your heat pump. They collect dirt and dust which can cause your heat pump to operate less efficiently and overheat more quickly. Vacuuming or rinsing the filters once a month is a low-cost way to help keep your heat pump running well.

It’s also a good idea to inspect your heat pump’s condenser every so often to check that it is in good shape and doesn’t have any signs of damage. Debris and dust can clog the fan or circuit boards which will impact performance and damage your unit in the long run. If you notice any signs of damage to the unit, or if the unit doesn’t seem to be working as it should, contact an HVAC specialist.