Intelligent power for AI systems.
AI workloads draw, release, and re-synchronize power in patterns no legacy distribution was built for. We engineer the response.
AI power density at the rack.
Rack-level draw has moved from kilowatts to hundreds of kilowatts in a single generation — with millisecond load swings synchronized across thousands of GPUs.
Scalable power architecture.
Medium Voltage In-Row
MV distribution at the white-space edge for shorter losses.
Solid-State Switching
Sub-cycle protection coordinated with workload telemetry.
Battery Energy Storage
BESS buffering for transient loads and grid harmonization.
Bus-Way Densification
Hot-swappable distribution scaling with GPU generations.
Intelligent energy systems.
Telemetry-driven control loops modulate distribution in real time — anticipating training cycles, inference spikes, and grid signals.
Energy intelligence converges with operational intelligence, turning the facility itself into a continuously optimized system.
Switching at workload speed.
AI draw patterns demand protection coordination at the millisecond. Switching becomes a workload-aware control surface, not a passive safety device.