UK-based Alcemi says it has obtained planning permission for the development of 1.5 GW of battery vitality storage system (BESS) tasks in Scotland, developed in partnership with Copenhagen Infrastructure Companions (CIP).
The Scottish Authorities Vitality Consents Unit has given the go-ahead to London-based renewables firm Alcemi and Danish funding agency CIP for the development of two large BESS tasks.
The planning permission was granted to the 1 GW/2 GWh Rawhills Vitality Storage facility in Coalburn, south of Glasgow, and the five hundred MW/1,000 MWh Devilla Vitality Storage website in Fife, north of Edinburgh.
In line with Alcemi, CIP is predicted to take a last funding choice for the 2 BESS tasks later this yr, with development set to start out shortly thereafter.
The 2 tasks will assist the transmission system by limiting community constraints and additional enabling the mixing of renewable vitality sources into the grid.
“These tasks will present stability to the grid, restrict community constraints, and are very important to maximising our offshore wind era. They’re a key element to making sure renewable vitality is transported throughout the nation,” stated Alcemi Growth Director James Forster.
Working intently with native authorities and stakeholders, each tasks have undergone intensive environmental impression assessments, based on the builders. Environmental initiatives embody tree and shrub planting and the creation of recent habitats, which is able to improve biodiversity throughout the websites.
The 2 tasks have been developed in collaboration with CIP via their Flagship Funds as a part of Alcemi’s 4 GW vitality storage portfolio deployed at key places throughout the UK. Alcemi goals to develop at the very least eight large-scale transmission-connected storage and community assist tasks throughout Nice Britain.
One other large battery mission by Alcemi, the five hundred MW/1,000 MWh Coalburn 1 set up, broke floor in December, following CIP’s last funding choice. Canadian Photo voltaic is supplying 1.7 GW (DC) of e-STORAGE lithium iron phosphate batteries for the mission.
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