An Introduction to Heat Pumps - the low carbon option for residential heating systems? - Online
Consumer demand for low carbon energy systems has significantly increased over the past few years due to awareness of the climate emergency and the carbon emissions fossil fuels generate. In the past, heat pumps (air source, ground source and water source) have not been considered low carbon options as they rely on electricity, the majority having being - until recently - generated from fossil fuels.
However, in the third quarter of 2019, the UK’s wind farms, solar panels, biomass and hydro plants (ie renewable energy) generated more electricity than the combined output from power stations fired by coal, oil and gas (ie fossil fuels) and is set to increase even further this year. As the UK government plans to ban gas boilers in new residential homes by 2025, what are some of the alternative, low carbon heating systems available?
The latest Ofgem figures show that there has been over 54,000 heat pump installations across the UK but yet the technology is not yet widely understood.
Simon Roberts, Head of Research & Development at Evergreen Energy, will take delegates through the basics of how a heat pump works including:
- The working principles of a heat pump
- The various markets & applications
- How heat pumps compare to traditional heating systems
- The types of heat collectors
- The types of heat distribution systems
- Heat pump legislations & regulations
- Case studies demonstrating good practice installations of heat pumps
There will be regular Q&A breaks to allow participants to ask Simon any questions they may have.
Evergreen Energy have over 15 years of experience in the energy sector and are one of the UK’s leading renewable energy consultancies.
Their team of expert engineers cover the whole of the UK and Evergreen are used by approximately a third of all MCS-certified installers nationwide.
Simon has worked in the renewable energy sector for over 20 years and has an in-depth knowledge of designing and specifying heat pump systems across the domestic and commercial sectors.