Penso, Luminous get planning approval for 350 MW energy storage project in Birmingham
Penso Power and Luminous Energy have obtained full planning approval for a 350 MW battery storage complex at Hams Hall, Birmingham, UK.
The project is connected to the 350 MW transmission network and the approved design allows for the deployment of over 1,750 MWh of battery storage.
The Hams Hall complex is expected to provide a wide range of services to support the UK electrical system, including long-duration services of more than 5 hours.
Country updates
-
-
June 07, 2022
Bluefield Solar Income Fund completes acquisition of 80 MW battery energy storage projects in England
Bluefield Solar Income Fund Ltd has acquired two 40 MW battery energy storage projects in England for a total of GBP4.5 million (US$5.66 million) from Green Hedge Energy UK Limited. T...
Read more -
June 01, 2022
EDF Renewables UK submits planning application for 50 MW solar project Northamptonshire
EDF Renewables UK, a unit of French energy group EDF, has filed a planning application with the West Northamptonshire Council for a 50 MW Glassthorpe solar photovoltaic project in North...
Read more -
June 01, 2022
Gresham House Energy Storage Fund to raise US$189.65 million to develop energy storage systems
Gresham House Energy Storage Fund is planning to raise GBP150 million (US$189.65 million) to develop 747MW utility-scale battery energy storage systems in the UK and Ireland. The company is plan...
Read more -
May 31, 2022
H2Go Power won 1 MWh Solid Hydrogen at Low pressures (SHyLO) project in Orkney Islands
A consortium led by H2Go Power has been awarded GBP4.3 million (US$5.43 million) to design and develop a 1 MWh modular low-pressure hydrogen storage solution in Orkney Islands, Scotland...
Read more -
May 31, 2022
Muirhall Energy files for approval of 409 MW Teviot Wind Farm in Scotland
Muirhall Energy has announced its plans to build a 409 MW onshore wind farm in the Scottish Borders, Scotland, UK. The company has submitted an application seeking approval for the project from the G...
Read more
