Complex problems. Elegent solutions.

Three problems sit in the power layer beneathmodern industry, and one accountableoperator across all of them, from the module tothe market.

Isometric technical diagram of an industrial complex with multiple buildings and electrical equipment.
Schematic · AI factory campus
Rev 2026.07
ai factories

2.4

gw
Firm capacity behind the proof
The problem

Compute density has outgrown the power design beneath it. Concentrated load destabilises the grid it draws from.

Our answer

AI UPS™ medium-voltage modules sit between the utility and the hall, absorbing volatility in both directions: grid-safe on the supply side, waveform-clean on the load side. Every figure we publish is measured at the bus, not modeled.

Product
AI UPS™
Architecture
N+1 medium-voltage
Standard
IEEE 1547
Mission-Critical Power

380

ms
Response time, P95
The problem

In a mission-critical facility, a voltage sag is a reportable incident. Sags, flicker, and short outages are now routine.

Our answer

Protection engineered into the architecture rather than bolted onto it: static bypass, N+1 redundancy, and a dispatch desk watching the fleet around the clock. Every transfer is logged, audited, and cleared with zero findings.

Product
AI UPS™
Architecture
N+1, static bypass
Standard
NERC CIP
Isometric technical diagram of an industrial building with internal piping, machinery, and electrical panels.
Schematic · facility power spine
Rev 2026.07
Isometric technical diagram of a city grid with three highlighted buildings connected by a white network.
Schematic · storage grid district
Rev 2026.07
Grid Stability

12

isos
Markets served
The problem

Demand is rising faster than transmission can follow. Interconnection queues now define the market.

Our answer

Distributed storage sited where the constraint actually is, then dispatched into the market it sits in, turning a volatile interconnection into a firm supply contract, one market at a time.

Product
BESS
Architecture
1.1 GWh funded
Standard
ISO 27001
Capability matrix

One platform. Three load profiles.

AI factories
Mission-critical
Grid stability
Product
AI UPS™
AI UPS™
BESS
Architecture
N+1 medium-voltage
N+1, static bypass
Distributed nodes
Measured outcome
2.4 GW firm capacity
380 ms response
12 ISO markets
Fleet uptime
99.982%
99.982%
99.982%
Standards
IEEE 1547
NERC CIP
ISO 27001
Supply
Tier-1, 100% US
Tier-1, 100% US
Tier-1, 100% US