Bases, hospitals and campuses are building microgrids so they can keep running on their own when the main grid fails. We’re building the layer that tells their operators, before they disconnect, whether the island will stay stable, and proves afterwards that it did.
A microgrid runs on solar, batteries and generators linked by power electronics, with little of the spinning mass that steadies a big grid. The moment it disconnects, or a large load comes on, it can fall out of step and go dark. Today, operators find out whether it holds by trying it.
Island and hope.
Know before you island.
We’re not building another microgrid controller. We’re building a layer that sits beside the one you have and answers the question that matters: if we island now, will we stay stable, and can we prove it?
Operators see voltages and frequencies, but not how close the whole network is to falling out of step.
We’re building a live readiness margin that weighs how much each load matters and allows for losing any single piece of equipment.
Islanding, switching on a large load or changing a generator’s output can push the network past its limit.
We’re building a check that runs each of those commands against the margin first and holds the ones that would break the island.
When a microgrid fails, it usually splits apart at a weak link nobody could see.
We’re building a map that shows where the network would break apart, before it does.
Critical sites have to show their essential loads stayed powered, and the proof is usually a spreadsheet.
We’re building a signed, tamper-evident record that proves the critical loads stayed up.
More and more sites that can’t afford to go dark are building their own power networks. Keeping them in step is the same problem whether it’s a base, a hospital or a port, and so is the need to prove it.
Keep critical missions powered when the main grid is down or under attack.
Keep surgery, intensive care and cold storage running through an outage.
Run on local solar and storage, and island safely when it counts.
Share local energy and keep the lights on together.
Every world-class hub started somewhere. Silicon Valley was orchards once. It took a few people who decided not to wait for permission. There’s no shortage of sun in the desert, and we’re building with it.
Why not us.
Why not here.
Why not now.
Military bases / Hospitals / Universities / Ports / Data centres / Communities / Anywhere the power can’t go out
Power is moving from a few big plants to millions of small networks that have to hold on their own. If you want to make them safe to trust, we should talk.
People who know why grids stay in step, and why they sometimes don’t.
Introduce yourself →Engineers who make inverters, batteries and generators work as one.
Introduce yourself →Network and stability theory, turned into a number an operator can trust.
Introduce yourself →Builders of the command check and the signed record.
Introduce yourself →People who’ve commissioned microgrids and want to make them safer.
Introduce yourself →Partnerships, product and operations people who want to bring this to every critical site.
Introduce yourself →Operators · Builders · Partners
For site operators, the companies that design and build microgrids, and anyone responsible for power that can’t go out.