DPO · DYNAMIC POWER ORCHESTRATOR
Pass ERCOT NOGRR 282 — without sacrificing GPU throughput.
Active power orchestration for ORv3 / ORW AI racks. DPO responds to AI power transients and coordinates BBU + PSU output to meet ride-through and post-fault recovery requirements at rack level.
THE PROBLEM
Grid compliance just became a continuous control problem.
In July 2024, six data centers in Texas tripped offline simultaneously when the grid stumbled. AI training and inference create power transients on millisecond time scales — the kind of behavior grid operators can no longer ignore.
Eight jurisdictions are now writing rules so that does not repeat. Beginning January 2028, ERCOT NOGRR 282 makes voltage ride-through and post-fault active power recovery mandatory for large loads — including data centers above the size threshold.
WHAT WE BUILD
Two coordinated layers. One closed loop.
Rack-level control layer
DPO Engine
Forecasts GPU load ahead of the transient. Computes setpoints for the rack power shelf. Runs as a software process alongside the workload scheduler.
Learn more →Rack-mounted hardware module
DPO Gateway
Pin-compatible replacement for the PMI module. Coordinates BBU discharge and PSU output shaping in real time. Designed against ORv3 PMI Specification 1.0.
View spec →ARCHITECTURE
Predict, orchestrate, comply.
DPO sits between the data center EMS and the ORv3 rack — predicting the transient, computing the setpoint, and enforcing the envelope at the shelf. Inline with ORv3 PMI specification, brand-neutral when contributed to the OCP open spec.
TRACTION
Where we are.
XMight is a member of the OCP Startup Program 2026 and is currently in pilot deployment with a North American Edge AI data center operator.