A £20 million trial of collective smart heat technology in over 500 homes in Greater Manchester was a success, reducing energy demand on the grid and saving residents money on their bills.
The project, a collaboration between Greater Manchester’s Combined Authority, Japan’s New Energy Development Organisation (NEDO) and a range of other industry partners, replaced gas central heating systems in 550 households with state-of-the-art air source heat pumps.
Electric heat pumps compress and condense outside air to generate heat, like an air conditioning unit in reverse. This results in a much lower carbon footprint than conventional gas-fired central heating.
The pumps installed in Wigan, Bury and Manchester were connected to a ‘smart community’ grid system which coordinated and controlled the combined electricity use of the households at peak times of the day, helping to reduce stress on the National Grid and save residents money on their bills in the process.
Yoshiko Yurungi, director at NEDO, praised the project for attaining “great results”.
"The completion of this project underlines our strong relationship with Greater Manchester and we hope that we can continue working within the region on future projects”, he said.
Cllr Alex Ganotis, leader of Stockport council and environmental lead for Greater Manchester, added: "It's clear that a significant amount of energy can be saved through collective ‘demand response’ across a large number of social housing properties, and the complex nature of the project, involving multiple delivery partners, the social housing sector and new innovative techniques, has resulted in several lessons that can be passed on for future smart energy projects to learn from.”
The findings from the trial are set to be used by government for its long-term strategy on heating in the UK.
Posted under Energy Efficiency, Environmental Technologies and Renewable Energy and Energy and Renewables on 6 December 2017