349.900MW Greenfield new build battery energy storage site
New build battery storage
A 28MW new build of battery storage unit. (2)
Battery storage plant (4)
2-hour BESS storage asset
New Build Battery Storage
Battery Energy Storage System situated on a co-location site (BESS and PV) in Cornwall, England
CMU component consisting of multiple battery cells for electricity storage @11kV and the supply of electricity to the 11kV network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (2)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (3)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network (3)
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network
CMU component consisting of multiple battery cells for electricity storage @ 400V and the supply of electricity to the 400V network