Heat pumps

No, as long as they are correctly designed and installed by a qualified engineer.

Heat pump training is available from the Hamworthy Heating Expert Academy. To book a space visit HERE.

Hamworthy Heating also offers a number of CIBSE approved heat pump Continuing Professional Development (CPD) seminars, which are led by a knowledgeable and expert team. For more information or to book a space visit HERE.

Yes, in most cases if the heating system has been sized correctly, a heat pump is a suitable alternative to a traditional fossil fuel system.

Air source heat pumps offer an efficient and reliable way of heating buildings and provide a good alternative to traditional fossil fuel boilers. With a compact design, air source heat pump technology is one of the most versatile and cost-effective low carbon appliances on the market. To find out more about the Tyneham commercial heat pumps visit HERE.

• Reduced carbon footprint

• Incentives and funding benefits

• Reduced running costs

The Tyneham range of air source heat pumps have noise levels as low as 64 dB(A).

The coefficient of performance (COP) refers to the efficiency of a heat pump and directly relates to the energy output from a heat pump. It is the ratio of heat produced, relative to each unit of electricity consumed in the heat pump.

The seasonal coefficient of performance (SCOP) is the average COP carried over the annual heating season (the full year).

Yes, Tyneham heat pumps can be up to 494% efficient. (A7/W35)

Yes, as long as heat pumps are sized correctly, they will work well with radiators.

Yes, a heat pump will work with different emitters like underfloor heating or fan coils. To see how this works, read our Cambridge Primary School case study HERE

Yes, Tyneham heat pumps can be integrated with most renewable energy sources such as PV.

Heat pumps traditionally cost almost the same as gas boilers but should be significantly cheaper to run in comparison to oil, LPG or direct electric boilers.