Energy & Grid

The grid needs more flexibility. Not just more capacity.

Electrification is putting pressure on electricity networks, and building new capacity takes time and capital. Meanwhile, many existing loads can't be monitored or controlled with any precision.

The challenge

Networks must balance a more complex energy system.

Distributed generation, battery storage, EV charging and changing consumption patterns make electricity flows more dynamic. Conventional circuit protection keeps things safe, but offers little real-time information and almost no controllability.

How Blixt addresses it

Make the grid controllable at circuit level.

Zero combines protection with real-time measurement and switching. With Zone, operators can coordinate distributed loads, understand local consumption and respond to changing network conditions. X-Verter extends the platform toward programmable power conversion and distributed storage.

Today

  • Breaker
  • Meter
  • Relay
  • Controller
  • And many more

Separate fixed-function devices, separate interfaces, limited real-time control.

With Blixt

Zone Data · AI diagnostics · control

  • Zero
  • Zero
  • Zero

One programmable device per circuit, connected through Zone.

Today, protection, measurement, switching and control use a separate breaker, meter, relay, controller and many more devices. With Blixt, one programmable Zero per circuit does all four, connected through Zone software.
Two Blixt distribution boxes with Zero units installed, mounted on a wire-mesh wall

Real-world proof

From technology to real energy networks.

Zero has been deployed with Vattenfall in the Arholma microgrid, showing programmable circuit-level control in a real energy network.

Read the Vattenfall case study

Working on a constrained network or microgrid?

Let's explore where circuit-level control could free up capacity in your system.