COMBINING COST AND CARBON SAVINGS


CHP is recognised as one of the most cost-effective carbon reduction technologies, due to the large primary energy savings it can achieve. Clare Burns, Head of Marketing for ENER-G explains.


In buildings with a consistent heating or cooling demand over extended periods, the energy saving potential of CHP, or cogeneration, can be unbeatable.


When CHP matches a building's heating/cooling and power needs and is well designed and operated, the return on investment is often very attractive. In such instances, payback on investment is typically three to five


16 | CHP


years, often equating to a reduction in energy bills of 20-30%. This will deliver energy cost stability and savings over an average asset lifespan of around 15 years. The CO2


savings


potential - of up to 30% reduction in emissions - is also excellent.


By using cogeneration, businesses with large energy demands can take a positive step towards lower energy


costs and improved operational and environmental performance. It can also help improve BREEAM ratings and provide a low NOx solution in emission controlled areas. There are also soft benefits, such as enhancing reputation by demonstrating corporate social responsibility (CSR) and environmental leadership. Further benefits include reduced


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