Heat pumps advantages clearly indicate that they represent a smart investment in the long run. Given that the running costs bring many savings on your energy bills, as the mechanism behind simply moves the heat from one space to another, and not producing it, and the government assists you in your transition towards a green energy solution, heat pumps are absolutely worth it.
With the new heat and buildings strategy coming up, it is expected to further increase the installations of various heat pumps as a low carbon heating solution. You might regard the large upfront costs, but simultaneously you also need to see the bigger picture. Solar applications plus heat pumps equals to a path to zero net energy.
There are different types of heat pumps, each with its unique mechanism. Heat pump brands come along with diverse functions and their sole focus is to make your life easier. Whether you are interested in ground source or air source heat pumps or you are not sure which is the best option for you, we are here to help! Let us know about your needs and preferences by filling in the contact form on the top of this page.
We will get back to you to ask some further questions and connect you with our qualified suppliers. You will get up to 4 quotes, for free and non-binding! He holds a degree in international business with four years of coordination experience in marketing, user experience, and content creation.
Attila likes to write about solar energy, heating technology, environmental protection, and sustainability. We use cookie to give you the best browsing experience. We and our partners use cookies on our website to improve your browsing experience, personalize content and ads, provide social media features, and analyze our traffic.
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Small Network Equipment. Uninterruptible Power Supplies. Digital Media Player. Set-top Boxes. Signage Displays. Slates and Tablets. Geothermal Heat Pumps. Room Air Conditioner. What a heat pump does is reverse this process using some simple science that pushes air from outside, warms it up and then feeds into your house.
On the outside of an air source heat pump you will find a system of coils with refrigerant in it over which the outside air is drawn using an impeller or fan. The liquid in the refrigerant coils absorbs all the heat and, because it warms up, begins to evaporate. This gas then goes through a compressor that increases the temperature dramatically.
The coil then moves inside the building towards some inner coils where the heat is released. The refrigerant meanwhile flows back outside where it picks up more heat and the process starts again. The useful heat produced is pumped into air ducts and can be transported to various locations around the building or can be used to heat water that feeds into radiators.
Ground source heat pumps work a little differently, getting their heat source from the ground outside or from a body of water. These systems use either closed loop for the ground or open loop piping for water. Closed loop uses a continuous supply of refrigerant to perform the same sort of action as an air source pump whilst open loops uses the water from a well or lake to do the same job. For larger scale installations, you might like to opt for an absorption heat pump which works in the same way as an air source one but uses ammonia instead of a refrigerant.
These are more often found in industrial installations but recent developments have seen them being utilised for big commercial and domestic properties. The other major component of any heat pump is the ducting that transfers the heat from the main source to the rooms in the house.
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