- System size
- 150-400 kW
- Capex
- £135,000-£360,000
- Modelled payback
- 6.1 years
- Sunshine
- 1450 hrs/year
Birmingham's Sixth Form Colleges landscape
Birmingham hosts a substantial sixth form colleges sector. Named providers serving the Birmingham catchment include: BMet (Birmingham Metropolitan), South & City College Birmingham, Solihull College, University College Birmingham. Combined the Birmingham Sixth Form Colleges sector represents a meaningful share of regional public-sector commercial electricity demand — and a correspondingly meaningful Climate Action Plan opportunity.
For Principal or Sustainability Lead at a single-site sixth form college, the typical scoping conversation in 2026 starts with three questions: (1) what does our half-hourly meter data say about baseload and use pattern? (2) what is our roof area constraint? (3) which funding route is open to us? A feasibility report built from your own campus data answers all three.
Why Birmingham Sixth Form Colleges solar economics are strong
Three structural factors give Birmingham Sixth Form Colleges a strong solar opportunity:
- Sunshine resource. Birmingham averages 1450 hours of sunshine per year — supporting around 899 kWh annual generation per installed kWp in the model (a planning assumption; use PVGIS for a site-specific figure).
- Birmingham policy context. Birmingham Council Route to Zero by 2030 + WMCA Building Energy Transformation Programme. The council net-zero programme is a useful policy hook for the business case.
- Funding routes to check. Status verified 20 October 2026: Salix funding (no scheme open for England; Scottish and Welsh loans open), PSDS Phase 4 (closed to new applications), FE Capital Transformation Fund, T-Level Capital, and MCA decarbonisation funding where available.
Worked numbers for a Birmingham sixth form colleges install
Take a representative sixth form colleges campus in Birmingham with a typical building footprint and use pattern. The model assumes a 275 kW system on the available south-facing roof slopes:
- Annual generation: approximately 247225 kWh
- Self-consumption rate: 50% (typical for this sub-vertical and use pattern)
- Annual energy savings: approximately £30,903
- SEG export income: approximately £9,889
- Project capex: £247,500
- Modelled simple payback (before any funding): 6.1 years
- 25-year nominal net benefit (before degradation and inflation): approximately £772,300
For precise numbers based on your specific half-hourly meter data, see our interactive payback calculator or send us your meter details and we reply by email. All figures above are a model built from stated assumptions, not a quote.