Solar PVBattery storage
View profileLondon Renewable Energy Ltd
About
London Renewable Energy Ltd is listed on the MCS register for solar PV and battery storage, working out of Surbiton. The company has been registered at Companies House since 2018, so it has been trading for 8 years. They cover 22 postcode districts, including KT1, KT10, KT11, KT12. This profile was compiled from public records. Book a survey to confirm what suits your roof.
Certified by MCS for
Solar PV Battery storage
Taken from the MCS Certified register, certified by NAPIT (certificate NAP-69785).
Solar in this area
What a roof here actually generates.
≈1,020 kWh per kWp a year
That is the measured annual generation for KT6, roughly 5% above the UK average. A 4 kWp system in this area would generate roughly 4,080 kWh a year before shading and roof direction are taken into account.
Modelled from PVGIS irradiation data. How we measure.
Company details
- Company number
- 11560938
- Incorporated
- 10 September 2018
- Status
- Active
From the Companies House register.
Service areas
We've listed London Renewable Energy Ltd across 22 postcode districts around their Surbiton base, covering KT1, KT10, KT11, KT12, KT13, KT16, KT17, KT18, KT19, KT2, KT20, KT21, KT22, KT23, KT24, KT3, KT4, KT5, KT6, KT7, KT8 and KT9.
Loading map…
Map showing the 22 postcode districts London Renewable Energy Ltd covers.
Are you the owner? If London Renewable Energy Ltd only works in certain areas, claim this listing to set your real coverage.
Solarable lists installers and checks MCS certificates. We don't audit individual installations, so book a roof survey to confirm what's right for your home.
Other listed installers
Other installers covering KT6.
Every installer here is MCS-certified and checked before we list them. We don't rank or endorse, and featured listings are clearly labelled.
Free roof check · no sign-up
Is your roof right for solar?
Enter your postcode and we'll estimate your roof's direction, its solar potential, and show certified installers covering your area.