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Solar EV Charging Canopies

Integrated solar canopy plus rapid EV charging — single-source design, OZEV WCS grant eligible, dynamic load balancing built in.

75-1,200 kWp typical 50-800 spaces 4-6 years payback

At a glance

50/mo
UK search demand for "ev charging canopy"
25 yr
Performance-warranted panels
100%
AIA first-year tax relief
G99
Grid-connected by default

EV charging canopies are solar canopies integrated with electric vehicle chargers. They combine three jobs in one structure: vehicle shelter, solar electricity generation, and EV charging point. As of 2026, around 85% of new commercial solar carport projects in the UK include EV charging integration at first install. The economics are powerful: solar feeds chargers behind-the-meter, dramatically cutting the cost per kWh delivered.

Why it works

The Five Reasons EV Charging Canopies Make Commercial Sense

Behind-the-meter solar

Solar feeds chargers without passing through the grid meter. At 47p/kWh grid retail vs ~10p/kWh true cost of self-generated solar, the kWh cost reduction is dramatic.

OZEV WCS grant

Workplace Charging Scheme covers £350 per socket up to 40 sockets per applicant. A typical 20-socket workplace canopy recovers £7,000 of OZEV grant.

Dynamic load management

Modern EV chargers (Alfen, EO, Pod Point, Wallbox) support dynamic load balancing — chargers throttle automatically to match solar generation and site load.

Vehicle-to-grid (V2G) ready

Bi-directional chargers (Wallbox Quasar, EO Genius 2 V2G) allow fleet vehicles to discharge back to site in evening peak — material for sites with TOU tariffs.

Genuine staff perk

Free or subsidised workplace EV charging is one of the highest-rated workplace benefits in 2025-26 staff surveys.

System sizing

How Big Should Yours Be?

EV charging canopies are typically sized to 1 charger per 8-12 spaces as a starting point, scaling up depending on EV adoption rate at the site. Charger mix: 7 kW (slow) for staff all-day, 22 kW (fast) for visitor/short-stay, 50 kW (rapid) for fleet/delivery vans. Solar canopy capacity should match expected EV demand: rule of thumb 1 kWp per 7 kW of charger capacity for daily-driven workplace fleets.

Site sizeBaysSystem (kWp)Annual yield (kWh)Capex (turnkey)
Small5075~64,000£95k-£115k
Medium150225~191,000£245k-£290k
Large300450~382,000£430k-£510k
Estate7501,125~957,000£1.0m-£1.2m
Delivery

Step-by-Step Process

Five phases from feasibility to switch-on.

1

Charger demand modelling

Survey staff/fleet EV ownership, expected growth, and dwell-time patterns. Output: charger count and kW mix recommendation.

2

Canopy + electrical design

Canopy structure plus DC stub design, switchgear, dynamic load management, OCPP-compliant charger selection.

3

OZEV WCS application

We process OZEV application on your behalf. Approval typically 6-10 weeks.

4

Build and commission

Canopy steel, panels, charger fit-out, commissioning, app-based access setup.

5

Driver app and reporting

Branded EV charging app for staff/visitors. Monthly reporting on charger utilisation and emissions saved.

Finance

Three Routes to Pay For Your EV Charging Canopies

EV charging canopies stack three finance routes: Solar AIA (100% first-year tax relief on PV plant), OZEV WCS grant (£350/socket × up to 40 sockets), and asset finance or PPA for the balance. Some clients also use the OZEV EV Infrastructure Grant for staff and fleets (up to £15,000 per site) where eligible.

Common questions

EV Charging Canopies FAQs

How does solar work with EV chargers?
Solar generation feeds the site's electrical supply behind the import meter. EV chargers connected to the same supply preferentially use solar generation. A site controller (SMA Energy Manager, Solis Energy Manager, etc.) balances charger demand to available solar in real time, exporting any excess to grid via SEG.
What size EV chargers do you install?
Workplace standard: 7 kW (single-phase) for all-day staff charging; 22 kW (three-phase) for visitor charging; 50 kW DC rapid for fleet/depot operations. Plus 150 kW+ DC rapids for forecourt sites. We supply Alfen, EO, Pod Point, Wallbox and ABB chargers.
Can EV charging canopies pay back faster than a carport alone?
Often yes. The EV charger revenue from staff/visitor charging can be charged at 30-55p/kWh delivered, while the marginal kWh cost from behind-the-meter solar is ~10p/kWh. Many EV-canopy sites pay back the EV portion within 2-3 years, faster than the solar.
Do you handle OZEV grant application?
Yes — we are an OZEV-approved Workplace Charging Scheme installer. We process the OZEV application as part of the project, claiming the grant on your behalf and discounting it directly from your invoice.

Ready to Spec Your EV Charging Canopies?

Free site visit, indicative ROI inside 5 working days. No obligation.

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