Heat Pumps

 Ground source heat pumps extract heat from the ground through either bore holes or ground arrays. The equipment needed to drill bore holes can often be prohibitive for many clients but we are happy to provide information and prices upon request. For a ground loop system trenches which are approximately 1.5 m deep and 50m in length are dug. The number of trenches/bore holes will depend upon the heat loss of your property. A ground loop system works on the basis that approximately one metre below the surface it is a relatively constant temperature. Ground source heat pumps are more costly than air source heat pumps to install but attract a higher renewable heat incentive (RHI) payment as they are more efficient. As a result of this efficiency they have lower running costs and attract bigger savings. By the very nature of the design of a ground source heat pump they are protected from the elements, are virtually noiseless and need no planning permission.  

Air to Air Systems

Air to Air systems extract heat from the outside air in exactly the same way as an air source heat pump. Rather than using radiators or under floor heating the system comes with internal heads that are mounted at just below ceiling height and warm (or cool) air is blown around your property. These are an ideal addition to very warm rooms to provide cooling (such as conservatories) or in properties where there is currently no heat emitters i.e. radiators or under floor heating. 

Benefits of Heat Pumps

Capable of providing you with 100% of your space heating and/or hot water requirements all year round 
No planning permission required on Ground Source Heat Pumps or Air to Air systems and Air Source Heat Pumps have few restrictions. 
Generate an income through the renewable heat incentive
(except air to air systems) 
Can help to make significant savings on your fuel bills if you are on electric, oil or LPG and good savings can still be made if you are on gas. 
Will lower your carbon emissions
(depending on which fuel you are replacing) 
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