Higher Education
Universities as multi-site estates with campus thermal demand. Funded PPAs sensitive to the academic calendar, against net zero commitments.
Solar PV + Hydrogen-ready CHP + BESSThe challenge
Universities operate as multi-site estates with significant campus thermal demand and pronounced seasonal swings around the academic calendar. Most carry public net zero commitments, yet capital competes with teaching and research priorities. The estate needs an answer that cuts cost and carbon without a large up-front spend, and that flexes around term-time demand.
How Saber addresses it
Saber blends Solar PV, Hydrogen-ready CHP and BESS across the campus, sized against half-hourly data so the design reflects real term-time and vacation demand rather than a generic profile. A funded PPA removes the capital request and structures payment around metered output, so cost tracks actual consumption through the academic year. Metered generation gives the estate defensible data against its net zero commitments.
A day on site
What the blend does across a working day.
Site demand met by Solar PV, Hydrogen-ready CHP, BESS, with residual grid import at the shoulders. Every half-hour is metered, recorded and reported.
Annual energy mix, higher education
% of annual demand | 79% generated on site
Outcomes
Funded PPA, no capital
Funded PPA removing the up-front capital request.
Sized to academic calendar
Design sized around academic-calendar demand swings.
Campus thermal demand served
Campus thermal demand served by Hydrogen-ready CHP.
Defensible net zero data
Defensible metered data against net zero commitments.
Common questions
Renewable energy for higher education
Where it starts
Find out what the blend looks like for higher education.
Share 12 months of half-hourly data and a basic site pack. Saber returns an indicative blend, a savings range and a delivery timeline within one to two weeks.