Heat Pump Systems

Heat Pumps drive energy from one location to another. The energy source which may be the ground, water or the outside air stores the energy from the sun, which remains around a constant temperature all year. This energy is passed through the heat pump and distributed as the heating source in a building. The heat pump works like a fridge; the same technology, but in reverse. A refrigerator draws heat from the food inside and emits it into the room by means of finned plates on the back. The heat pump similarly draws heat from ‘cold surroundings’. It then brings this heat to a temperature sufficient for central heating (55 - 65 °C). Heat pumps work most economically when the difference between the heat source intake temperature is as low as possible compared with the temperature of the heating circuit. Therefore, low temperature heating systems, such as radiant-floor or wall heating are the ideal partners for the heat pump.

In Europe and North America, Heat Pumps are long established as the leading cost-effective, carbon-efficient system to provide reliable space and water heating. In Ireland and the UK, more people are now opting to generate heat from easily accessible, local natural energy sources to avoid ever-increasing oil and gas prices, whilst addressing local and global environmental issues.

Kelly’s expert advice is essential on the choice and sizing of Heat Pumps and components to ensure optimal efficiency and cost effectiveness is attained. Any Ground Source Heat Pump range can meet the total heating and hot water needs of the domestic and industrial customer, irrespective of the size or location of the building.
Kelly’s renewable Energy Solutions Supply the Alpha Innotec Heat Pump range. Alpha Innotec have been designing and installing Heat Pump systems for more than 15 years in Ireland.

The Kelly’s Renewable Energy Solutions and Alpha Innotech combination ensures our customers achieve the most modern, efficient and environmentally friendly Ground Source heating installation available today.