EV-Integrated Solar Canopies: commercial solar canopy

Specialist ev solar canopy delivered across the UK. 100–800 kW typical. 4.8–7.4-year payback.

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BS EN 1991
Structural loading standard
G99
Grid application above 3.68 kW per phase
Independent guidance Not an installer No lead auction Instant estimate

In short: A typical ev-integrated solar canopies runs 100–800 kW (£90k–£1.12m), generates around 88,000–700,000 kWh a year, and pays back in about 4.8–7.4 years — faster once capital allowances are applied: the £1m Annual Investment Allowance usually means 100% relief in year one for spend under the limit, and companies can claim a 50% first-year allowance on special-rate spend above it. Get an instant estimate on this page; we reply by email.

Typical ev-integrated solar canopies install

System size
100–800 kW
Panels
190–1,500
Roof area
sqm
Project value
£90k–£1.12m
Payback
4.8–7.4 years
Annual generation
88,000–700,000 kWh
Annual CO2 saved
20–158 tonnes

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Related sub-verticals

Solar Carport Canopies

60–500 kW. 4.8–7.4-year payback.

60–500 kW 4.8–7.4-yr payback

Learn more →

Solar Walkway Canopies

20–150 kW. 4.8–7.4-year payback.

20–150 kW 4.8–7.4-yr payback

Learn more →

Solar Entrance Canopies

10–60 kW. 4.8–7.4-year payback.

10–60 kW 4.8–7.4-yr payback

Learn more →

Double-Cantilever Canopies

150–2,000 kW. 4.8–7.4-year payback.

150–2,000 kW 4.8–7.4-yr payback

Learn more →

What to verify before you appoint an installer

Check MCS certification Check NICEIC enrolment Check RECC membership Check the TrustMark register Ask who underwrites the warranty Ask who signs off the structure

Instant canopy estimate

Size and price your car park canopy in 30 seconds

Enter the number of parking spaces and your postcode and the page works out an indicative system size, capital cost range, annual generation and payback from the figures published on this site. It is an estimate, not a quote. Add your email afterwards if you want us to look at it with you; we reply by email.

Enter your spaces and postcode to see an indicative size, cost range, generation and payback.

Indicative only, not a quote. Assumes 1.7 kWp per space (see how the capacity is derived), £900–£1,400 per kWp installed (see the cost guide; the one published UK government illustration implies about £1,000 per kWp), PVGIS 5.3 yield for the nearest reference city, 24p/kWh for power used on site and 12p/kWh for export, and Annual Investment Allowance relief at the 25% main rate for a profitable company. Ground conditions, the grid connection, planning and EV charging are not included.

Why we ask: postcode sets the yield, spaces set the size, and timing tells us how to prioritise a reply.

How this works: this is an independent information site, not an installer. Your enquiry comes to us and we reply by email. We do not run a lead auction, pass your details to installers or add you to a marketing list.

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