One system delivers immediate gigawatt-scale prime power and long-term backup—unlocking stranded data center value and maximizing AI infrastructure returns.

Rows of large white electrical or data equipment cabinets on a gravel surface under a blue sky with scattered clouds.

Legacy bridging and backup require multiple systems, increasing costs and complexity.

Bridging power requires rapid deployment, low cost of energy and low emissions to power data centers continuously for years.

Typically, this is provided by large natural gas turbines. However, this creates challenges:

Poor handling of volatile AI workloads
Large failure zones
Requires augmentation from secondary systems
Leaves capital investments stranded and increases cost over data center’s useful life

Backup power requires quick response for managing block loads and protecting data centers from power outages.

Typically, this is provided by diesel or natural gas reciprocating generators:

High emissions
Subject to strict permitting and limited runtime
Systems can only operate in emergency situations

Operational Flexibility

TurboCell is the first system that brings together prime, bridging, and backup power in one integrated unit.

Grid Agnostic

A single system supports both grid-connected and behind-the-meter operations.

Flex Load Capable

Streamline interconnect approval with demand response participation and flex load capabilities.

Multi-fuel Flexibility

Choose the optimal fuel source for location and system function (prime, bridging, backup).

Carbon Neutral Pathway

Day one compatibility with hydrogen fuel supports sustainability targets and ESG goals.

Row of large white industrial battery storage units labeled 'TurboCell' under a partly cloudy sky.