Chailey Heritage Foundation
The system comprised of 520 solar panels, each capable of generating up to 440 Watts of renewable electricity. On typical sunny days the system will likely generate in excess of 200kW of electricity. Over the course of a year we expect it to generate around 220,000 kWh of electricity, this is roughly equivalent to the electricity consumed by 82 UK households. The solar system should reduce CO2 emissions associated with the site’s electricity supply by 43 tonnes each year, equivalent to taking 21 typical cars off the road.
Haywards Heath Rugby Club
The club had 200 solar panels, each capable of generating up to 440 Watts of renewable electricity. These were backed up by 60kw of battery storage.
Gradwell Retirement Village
The system comprised of 220 solar panels, each capable of generating up to 440 Watts of renewable electricity. On typical sunny days the system will likely generate in excess of 980kW of electricity. Over the course of a year we expect it to generate around 110,000 kWh of electricity, this is roughly equivalent to the electricity consumed by 42 UK households. The solar system should reduce CO2 emissions associated with the site’s electricity supply by 23 tonnes each year, equivalent to taking 11 typical cars off the road.
Setsquare Creative
The Site had 200 solar panels, each capable of generating up to 440 Watts of renewable electricity. These were backed up by 60kw of battery storage.
ERG Air Pollution Control
The system comprised of 349 solar panels, each capable of generating up to 600 Watts of renewable electricity. On typical sunny days the system will likely generate in excess of 210kW of electricity. Over the course of a year we expect it to generate around 200,000 kWh of electricity, this is roughly equivalent to the electricity consumed by 79 UK households. The solar system should reduce CO2 emissions associated with the site’s electricity supply by 43 tonnes each year, equivalent to taking 21 typical cars off the road.
Roseland Park
The Park had 300 solar panels, each capable of generating up to 440 Watts of renewable electricity making a 132 kw array.
Scott & Sargeant
The system comprised of 180 solar panels & 30kw battery storage.