Solar Panels for Warehouses & Distribution Centres
Commercial solar panel installation for warehouses and distribution hubs. Large roof areas, high energy savings, 3-5 year payback. Free site survey across the UK.
Warehouses are ideal candidates for commercial solar with their large flat roofs and high daytime energy consumption. Only 5% of UK warehouses have solar - there's huge untapped potential for cost reduction.
100-500kW
Avg System Size
£80k-£400k
Investment
£20k-£100k+
Annual Savings
Why Warehouses Are Perfect for Solar
The logistics and distribution sector is ideally positioned to benefit from commercial solar. Large roof spaces combined with significant energy consumption create compelling economics.
Typical Warehouse Solar Installation
A standard warehouse installation delivers substantial savings with excellent payback periods. Here's what you can expect from a typical project.
Midlands Distribution Centre: 250kW Installation
A major distribution centre in the East Midlands installed a 250kW rooftop solar system across their 3,000m2 warehouse roof.
The system generates approximately 225,000 kWh annually, covering 65% of the facility's daytime energy needs including refrigeration units, lighting, and material handling equipment.
65%
Energy Self-Sufficiency
£48k
Annual Savings
4.2 yrs
Payback Period
Warehouse Solar by Location
We install solar systems at major logistics hubs across the UK.
Warehouse Solar FAQs
Get Your Warehouse Solar Quote
Related Industries
Available Across the UK
We install solar panels for warehouses and distribution centres in all major UK cities and regions.
Solar for cold stores & refrigerated warehouses → cut 24/7 refrigeration costs 40-60%.
Ready to Reduce Your Energy Costs?
Join hundreds of UK businesses already benefiting from commercial solar. Get your free site survey and quote today.
MCS Certified | 25-Year Warranty | Nationwide Coverage
Why Warehouses Are Ideal for Commercial Solar
Warehouses and distribution centres represent the single best building type for commercial solar in the UK. Their large, flat or low-pitched roofs provide the maximum uninterrupted panel area, while operational profiles (daytime loading dock activity, racking lighting, conveyor systems, electric forklift charging) align well with solar generation hours. UK logistics operators installing solar consistently report self-consumption rates of 65–80%.
1,000m²+
Typical roof area
100-500kWp
Typical system
3-4yr
Payback
70%
Typical self-consumption
Warehouse Solar System Sizing
| Warehouse Size | Roof Area | System Size | Annual Saving* | Cost Range |
|---|---|---|---|---|
| Small (5,000ft²) | ~465m² | 50–75kWp | £13k–£20k | £37k–£68k |
| Medium (20,000ft²) | ~1,860m² | 150–200kWp | £40k–£54k | £104k–£175k |
| Large (50,000ft²) | ~4,650m² | 350–450kWp | £94k–£121k | £224k–£370k |
| Distribution Centre (100k ft²+) | ~9,300m²+ | 500kWp–1MWp | £135k–£270k | £310k–£800k |
*At 30p/kWh with 70% self-consumption.
Landlord vs Tenant Solar — Important Considerations
Many UK warehouses are tenanted properties, creating a split-incentive challenge: the landlord owns the roof but the tenant pays the energy bills. Three solutions work in practice:
- Landlord-owned system, tenant-priced tariff: Landlord installs solar, sells electricity to tenant at a below-market rate (e.g. 22p/kWh vs 30p/kWh grid rate). Tenant saves money; landlord earns investment return. Formalised in a Landlord Electricity Supply Agreement.
- Tenant-owned with landlord consent: Tenant installs and owns the system, landlord grants a licence to use the roof. Requires negotiation on reinstatement obligations at lease end. Works well for tenants with longer leases (5+ years remaining).
- Solar PPA on landlord roof: Third-party solar PV provider installs, owns, and operates the system; tenant receives electricity at a fixed below-market rate. No capital required from either party.
G99 Connection for Warehouse Solar
Warehouse solar systems over 50kWp require G99 connection approval. Key considerations for logistics properties: many are in areas with constrained grid capacity (logistics corridors attract significant industrial demand), and some DNOs impose zero-export constraints initially. We manage the full G99 process and can advise on whether export-enabled connection is achievable at your specific site.
Electric Forklift Charging and Solar
Modern electric forklift fleets create substantial daytime electricity demand during charging windows (typically 11am–2pm break periods and overnight). For warehouses transitioning from LPG to electric forklifts, solar provides a very attractive hedge: lock in below-market electricity rates for charging, reduce reliance on volatile grid tariffs, and accelerate the EV fleet payback. We model forklift charging loads as part of our warehouse feasibility studies.