Data Centers
AI is changing data center power.
More computing power. Faster load changes. New electrical architectures.
Blixt is building the programmable protection, power conversion and control technologies for the next generation of AI infrastructure.
The challenge
Power demand is changing faster than the infrastructure behind it.
AI workloads create rapid swings in electricity demand. Operators must protect uptime, absorb these fluctuations and deliver more power to ever denser computing. At the same time, the move toward 800 V DC is changing how power is distributed.
- 01
When power demand changes in milliseconds
- 02
When faults threaten uptime
An electrical fault has to be isolated without interrupting everything around it. Zero brings protection, measurement, switching and software control together at circuit level: the foundation for more responsive, selective electrical systems.
- 03
When data centers move to 800 V DC
Higher-voltage DC distribution changes the requirements for switching, fault protection and conversion. Blixt’s AC/DC solid-state technology is the foundation for next-generation high-voltage DC protection, with higher-voltage products on the roadmap.
The bigger opportunity
What if every circuit could respond?
A 30–60 MW data center has 5,000 to 12,000 circuits, each protected, measured and controlled by separate devices and systems. Make every circuit a live data feed and a point of execution, and operators see their electrical infrastructure in far more detail, with new ways to coordinate loads, storage and distribution. That is the idea behind Blixt’s programmable power platform.
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
- X-Verter
One programmable device per circuit, connected through Zone, with X-Verter for storage and power conversion.
Building the next generation of data center power?
We're working with partners exploring programmable circuit protection, higher-voltage DC distribution and next-generation energy storage.
Zero Gen2 evaluation samples are targeted for Q1 2027. Higher-voltage DC products and X-Verter are on the development roadmap.
