Micro-grids
Solar, battery, grid and generator.
Sectors
Power for care that cannot stop.
Reliable power for essential services, designed around the loads that must stay on when the grid does not.
Power for hospitals & clinics
- Solar
- Battery
- Grid
- Generator
Solar
Site
Battery
Grid
Illustration only. Real systems are designed around each site.
Illustration only. How a real system behaves depends on its design.
Why solar
Critical loads come first.
Clinics and hospitals have loads that cannot be interrupted: cold storage, diagnostic and treatment equipment, lighting and communications. A design starts by listing these, then sizes solar, batteries and, where needed, a generator around them.
A micro-grid keeps those loads on through outages while cutting day-to-day running costs.
What matters
What we design around
- Which loads are critical, and for how long
- Starting surges from compressors and pumps
- Generator integration and automatic changeover
- Clear monitoring and maintenance access
- Compliance with the standards that apply to the site
Suggested systems
Systems that fit
Battery storage
Seamless backup for critical loads.
Rooftop solar
Cut daytime running costs.
Questions
Good questions, straight answers.
Can solar keep critical equipment on in an outage?
With battery storage designed for those loads, yes. We design around the loads you tell us must stay on, and a site assessment confirms them.
Do you work with generators?
Yes. A micro-grid can combine solar, batteries, the grid and an existing generator.
Power for your hospitals & clinic?
Tell us what the site runs and we will recommend a system.