Solar for Port
& Logistics
Hull's position as a major UK trading port creates exceptional solar opportunities across transit sheds, distribution centres, and logistics hubs.
Avg. Home System
4 kW
Annual Savings
Up to 70%
Homes Powered
500+
500+
Installations
15MW
Capacity Installed
98%
Customer Satisfaction
10yr
Workmanship Warranty
Hull: A Major UK Trading Port
ABP's Port of Hull handles approximately 10 million tonnes of cargo worth £12 billion annually. The port complex includes over 40 transit sheds covering 230,000 sqm and 65 hectares of open storage — representing one of the largest concentrations of covered industrial roof space in Northern England.
The wider Humber port complex handles 77 million tonnes of cargo worth £75 billion annually, with P&O Ferries operating daily Hull–Rotterdam services and significant RoRo, container, and bulk operations. Every logistics building supporting this trade flow is a candidate for commercial solar.
10M
Tonnes of Cargo
Port of Hull annually
230,000
sqm Covered Storage
40+ transit sheds
£12bn
Trade Value
Annual cargo value
Why Port & Logistics Buildings Excel for Solar
Port and logistics facilities have characteristics that make them among the best candidates for commercial solar:
Massive Roof Areas
Transit sheds and distribution centres typically span 5,000-50,000+ sqm of uninterrupted roof space. A single building can accommodate 500kW-2MW of solar capacity.
Consistent Energy Demand
Lighting, refrigerated storage, conveyor systems, and dock equipment create reliable daytime loads. Self-consumption rates of 80-95% are typical.
Steel Frame Construction
Modern logistics buildings use steel portal frames with profiled metal roofing — ideal for non-penetrative clamping systems that preserve roof warranties.
Strong Financial Returns
High energy consumption combined with large generation capacity delivers payback periods of 3-4 years and 20-25% annual ROI for logistics operators.
Key Logistics Locations
Port of Hull Transit Sheds
ABP operates over 40 transit sheds across King George Dock, Queen Elizabeth Dock, and Albert Dock. These buildings feature large, flat or low-pitch roofs with minimal shading — ideal for solar. Many were built with steel portal frame construction that readily accepts non-penetrative mounting systems.
Saltend & Eastern Corridor
The Marfleet/Hedon Road corridor extending east from the city centre to Saltend Chemicals Park is densely packed with industrial and logistics facilities. This corridor includes the Hull East Freeport tax zone, where Enhanced Capital Allowances further improve solar ROI.
Amazon Fulfilment Centre, Melton West
Amazon's £180m fulfilment centre at Melton West exemplifies the scale of modern logistics buildings in the region. At over 500,000 sq ft, buildings of this size can accommodate 1MW+ rooftop solar systems generating over 850,000 kWh annually.
Freeport 36, Goole
The 5.5 million sq ft Freeport 36 development at Goole, with £130m first phase starting 2026, will create dozens of new logistics buildings. Modern designs at this scale typically accommodate 250kW-1MW rooftop solar per building. Freeport tax incentives stack on top of existing solar benefits.
Logistics Centre Case Study
A distribution warehouse near Goole with 24-hour operations including cold storage:
400 kW
System Size
340,000 kWh
Annual Gen.
88%
Self-Consumption
3.1 yrs
Payback
- Non-penetrative clamping on standing seam metal roof
- Annual savings of £68,000 at current electricity rates
- Grid export via SEG generating additional £3,800/year
- Estimated CO2 reduction of 68 tonnes per year
Related Sectors & Locations
Logistics Solar Survey
We can estimate your facility's solar capacity using satellite imagery. Provide your site address for a free desktop assessment.
From Consultation to Generation
We make switching to solar simple. Our end-to-end service handles everything from DNO applications to scaffolding, so you can focus on the savings.
1. Consultation
We analyze your energy bills and consumption to propose the optimal system size.
2. Survey & Design
A technical surveyor visits your property to ensure structural suitability and finalize designs.
3. Installation
Our MCS-certified team installs your system, typically within 1-2 days with minimal disruption.
4. Activation
We handle the DNO paperwork, set up your monitoring app, and hand over your power station.
Start Your Project Today
Ready to reduce operational costs or improve your home's rating? Fill out the form for a free, no-obligation survey. We operate throughout Yorkshire.
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01482 765 095
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Email Us
hello@yeers.co.uk
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Office 4, Blanket Row, Hull, HU1 1TB