Case studies · Est. 2015
Real Green Tech Hub projects, from warehouse rooftops to multi-building estates. Every system is designed by our directors, installed by our in-house team and independently audited. Here is a snapshot of the work.
A 154 kWp rooftop array with 64 kWh of battery storage, sized to the daytime machinery load so generation is used the moment it is made.
Director-led CAD design maximising yield on a complex industrial roof, the first of three Rapiscan installations Green Tech Hub has delivered.
Rapiscan came back: a second rooftop array on the neighbouring building at the Stoke site, delivered in 2026 on the strength of the first.
The third Rapiscan installation, extending the programme from Stoke to the company's Surrey site. One client, three roofs, one contractor.
Solar plus battery storage cutting running costs for a busy seven-day community site in Smethwick, with storage smoothing the evening and weekend load.
A second Gurdwara project, rooftop solar for a place of worship whose kitchens and halls work seven days a week.
Part of the Clifton Diocese programme: a 15.95 kWp array on a Cheltenham church, delivered with the care a heritage-adjacent building demands.
Solar panels and battery storage for a Birmingham community bowls club, a £38,000 project funded through Birmingham City Council and the West Midlands Combined Authority's Net Zero Grant Programme.
Figures are taken from Green Tech Hub's client case-study documents; projects without published figures show descriptive facts only.
Sectors
Every project above sits in a sector we know inside out, from high-load manufacturing roofs to seven-day community sites. See how we approach yours.
Explore all sectorsLarge unshaded roof spans and daytime machinery load, the fastest payback in commercial solar.
Heavy, steady daytime process load means the highest self-consumption of any sector.
Grain stores, dairies and workshops under big steel-portal roofs, often on constrained rural grids.
Ventilation, heating and lighting run right through daylight, exceptional self-consumption.
A weekday nine-to-five load that matches generation almost hour for hour.
All-inclusive bills mean every kWh generated lands straight on the operator's P&L.
Communal supply, lifts, corridor lighting and pumps, is the load solar pays down.
Summer-peak demand meets summer-peak generation, often on a weak rural connection.
Seven-day, irregular usage where solar plus storage cuts running costs for good.
Term-time weekday load, holiday surplus, and a live feed the curriculum can use.
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