- Category
- General FE college
- Location
- Wolverhampton, West Midlands
- DNO
- NGED (formerly WPD)
- Est. PV capacity
- 850 kW
About City of Wolverhampton College
Mid-size West Midlands FE provider serving Wolverhampton + Black Country catchment. Active partnerships with West Midlands Combined Authority. Climate Action Plan board-approved 2025.
The estate at City of Wolverhampton
Wellington Road main campus + Paget Road campus + Bilston Sixth Form. Combined building footprint ~9,500 sqm. Mixed 1970s teaching blocks + 2012 STEM Centre + 1990s workshop facility.
From a solar PV perspective this delivers 850 kW - 1.0 MW across the portfolio. With 250 kW of daytime baseload typical, self-consumption stays around 64% — strong for the sector. The DNO for City of Wolverhampton is NGED (formerly WPD).
Curriculum integration
T-Level Construction, Engineering, Digital, Building Services. WMCA-funded green-skills apprenticeship pathway. Strong vocational + technical specialism.
Funding stack for City of Wolverhampton
Salix Decarbonisation Loan + WMCA Building Energy Transformation Programme + PSDS Phase 4 bundled with heat pump on Wellington Road. Estimated portfolio capex £820k-£1.0m.
Detailed funding-route deep-dives:
- Salix Decarbonisation Loan — Salix has no scheme open for England (checked 20 October 2026); Scottish and Welsh loans are open
- PSDS Phase 4 capital grant — Phase 4 closed to new applications in November 2024; no further phase announced
- FE Capital Transformation Fund — embedded sustainability in major refurb
- MCA decarbonisation grants — devolved regional funding
- AoC Climate Action Plan compliance pathway — board-approved Climate Action Plan compliance pathway
- ONS reclassification of FE colleges: what changed for City of Wolverhampton College — the November 2022 reclassification of FE colleges into central government
- Payback calculator — model the specific City of Wolverhampton College scenario
Estimated economics (illustrative model)
For a 425500 kW programme at City of Wolverhampton, modelled economics assuming standard portfolio-scale unit cost (£800/kW installed at this scale):
- Capital cost: approximately £340,400,000
- Annual generation: approximately 379,886,400 kWh
- Annual energy savings: approximately £71,722,552 (at typical FE blended tariff)
- Modelled simple payback (illustrative, before any funding): approximately 4.7 years
- 25-year nominal net benefit (before degradation and inflation): approximately £1,452,663,800
These are scoping figures — a precise feasibility report requires 12 months of City of Wolverhampton's half-hourly meter data. See our interactive payback calculator to adjust the assumptions for your specific scenario.