Healthcare & Public Sector
Continuous, mission-critical demand with island-mode resilience. Public-sector procurement and SECR reporting across single and multi-site estates.
Blended with thermal recoveryThe challenge
Hospitals, care settings and public-sector estates run continuous, mission-critical demand where a loss of power is a safety issue, not an inconvenience. Budgets are constrained and procurement is governed, so capital projects are hard to fund. Reporting obligations such as SECR mean carbon performance has to be evidenced, not estimated, across single and multi-site estates.
How Saber addresses it
Saber designs a blended system with thermal recovery, sized to the site load and built for island-mode resilience so critical functions stay supplied if grid is lost. The PPA structure routes the project through an operating-expense line rather than a capital request, which fits public-sector procurement. Metered output gives defensible Scope 1 and 2 data for SECR reporting. The same model scales from a single site to a multi-site estate.
A day on site
What the blend does across a working day.
Site demand met by a blended, multi-technology design, with residual grid import at the shoulders. Every half-hour is metered, recorded and reported.
Annual energy mix, healthcare & public sector
% of annual demand | 100% generated on site
Outcomes
Island-mode resilience
Island-mode resilience for continuous, mission-critical demand.
Thermal recovery efficiency
Thermal recovery improving overall system efficiency.
Operating-expense structure
Operating-expense structure suited to public-sector procurement.
Defensible SECR data
Defensible metered data for SECR reporting across single and multi-site estates.
Common questions
Renewable energy for healthcare & public sector
Where it starts
Find out what the blend looks like for healthcare & public sector.
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.