Geowarmth provide renewable energy systems for heating, cooling and generating electricity. Cost effective low carbon technologies installed by Geowarmth provide access to financial incentives such as the Renewable Heat Incentive. Geowarmth provide expert advice, design and install the systems. Whether it be solar PV, biomass, heat pumps or solar thermal, Geowarmth have renewable energy solutions for offices, hotels, schools, care homes, public and community buildings.
Geowarmth offer a range of renewable technologies and we will guide you through the process of selecting an appropriate system. Our highly trained and experienced in-house installers will complete your installation to the very best standards. Geowarmth only install quality and accredited equipment from the world's leading manufacturers of renewable energy technologies, allowing you to benefit from incentives such as the Renewable Heat Incentive.
Geowarmth offer a range of renewable technologies and we will guide you through the process of selecting an appropriate system. Our highly trained and experienced in-house installers will complete your installation to the very best standards. Geowarmth only install quality and accredited equipment from the world's leading manufacturers of renewable energy technologies, allowing you to benefit from incentives such as the Renewable Heat Incentive.
Services
Geowarmth are an established and MCS accredited designer, supplier and installer of renewable energy technologies.
We specialise in biomass, ground source heat pumps, air source heat pumps, combined heat and power, solar thermal and solar photovoltaic systems.
In order to ensure that we provide a complete heating solution, we also install underfloor heating, radiators and domestic hot water cylinders.
We were first established in 2004 and are based in the north east of England.
Geowarmth operate nationally although most of our work is between the M62 and Scottish central belt in areas such as Cumbria, Lancashire, Yorkshire, Cleveland, Tyne and Wear, Teeside, Northumberland, Durham, Scottish Borders, Dumfries and Galloway.
We specialise in biomass, ground source heat pumps, air source heat pumps, combined heat and power, solar thermal and solar photovoltaic systems.
In order to ensure that we provide a complete heating solution, we also install underfloor heating, radiators and domestic hot water cylinders.
We were first established in 2004 and are based in the north east of England.
Geowarmth operate nationally although most of our work is between the M62 and Scottish central belt in areas such as Cumbria, Lancashire, Yorkshire, Cleveland, Tyne and Wear, Teeside, Northumberland, Durham, Scottish Borders, Dumfries and Galloway.
Geowarmth offers a number of different solutions for renewable energy in commercial premises.
Geowarmth have a wealth of experience installing renewable energy solutions in offices, shops, hospitals, care homes, schools, community buildings, health centres and churches.
Environmentally friendly and low carbon our solutions allow our clients to benefit from incentives such as the Renewable Heat Incentive.
Geowarmth have installed renewable energy systems throughout the UK.
Our installations in England include projects in London, Humberside, Lincolnshire, Derbyshire, Yorkshire, Cleveland, Teeside, Durham, Northumberland, Tyne and Wear (Newcastle and Sunderland), Cumbria, Lancashire, Greater Manchester.
Geowarmth have a wealth of experience installing renewable energy solutions in offices, shops, hospitals, care homes, schools, community buildings, health centres and churches.
Environmentally friendly and low carbon our solutions allow our clients to benefit from incentives such as the Renewable Heat Incentive.
Geowarmth have installed renewable energy systems throughout the UK.
Our installations in England include projects in London, Humberside, Lincolnshire, Derbyshire, Yorkshire, Cleveland, Teeside, Durham, Northumberland, Tyne and Wear (Newcastle and Sunderland), Cumbria, Lancashire, Greater Manchester.
A ground source heat pump or geothermal heat pump is an electrically powered device that uses the earth's natural storage of (mainly) solar heat and moves this to provide heating, hot water (or cooling) for buildings.
A heat pump can extract heat from ground water directly (open loop) or from the ground via collector pipes (closed loop).
Heat pump technology is well proven with components in a heat pump similar to a refrigerator.
For more information see our schematic of how a heat pump works.
Commercial applications of ground source heat pumps include district heating schemes for dwellings, offices, shops, schools, hospitals and public and community buildings.
A heat pump can extract heat from ground water directly (open loop) or from the ground via collector pipes (closed loop).
Heat pump technology is well proven with components in a heat pump similar to a refrigerator.
For more information see our schematic of how a heat pump works.
Commercial applications of ground source heat pumps include district heating schemes for dwellings, offices, shops, schools, hospitals and public and community buildings.
An air source heat pump extracts heat from the air, even when the temperature is as low as -20oC.
In the UK average winter temperatures are around 5oC.
Compared to a ground source heat pump, an air source heat pump benefits from lower installation costs.
Some models of air source heat pump also operate in reverse mode to provide active cooling.
Simultaneous heating and cooling is also possible.
Geowarmth offer air source heat pumps from leading European manufacturers such as Delonghi, Dimplex and Mitsubishi.
In the UK average winter temperatures are around 5oC.
Compared to a ground source heat pump, an air source heat pump benefits from lower installation costs.
Some models of air source heat pump also operate in reverse mode to provide active cooling.
Simultaneous heating and cooling is also possible.
Geowarmth offer air source heat pumps from leading European manufacturers such as Delonghi, Dimplex and Mitsubishi.
Biomass is a renewable technology because the fuel source can be replenished.
It is carbon neutral because the carbon dioxide emitted during combustion equals the CO2 absorbed when the source material was growing.
Moreover the CO2 emissions are less than 10% of heating the same property with oil or gas.
Pellets are the most common fuel source, with proven ease of use, good reliability, minimal maintenance and automated feed systems.
Our products feature automatic cleaning and ignition systems, modulating burners and long ash pan emptying intervals.
It is carbon neutral because the carbon dioxide emitted during combustion equals the CO2 absorbed when the source material was growing.
Moreover the CO2 emissions are less than 10% of heating the same property with oil or gas.
Pellets are the most common fuel source, with proven ease of use, good reliability, minimal maintenance and automated feed systems.
Our products feature automatic cleaning and ignition systems, modulating burners and long ash pan emptying intervals.
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