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Long-Term Reliability

TurboCell features a streamlined, modular oneline with few moving parts, an inherently small failure zone and low maintenance requirements. The result is built-in reliability.
Two construction workers wearing helmets and reflective vests walk and discuss beside a row of large white industrial equipment units outdoors.
"When deployed in appropriate configurations, the inherent availability of power from arrays of TurboCell engines exceeds 99.999%."
— Steve Fairfax, Oresme LLC
99.999%
Built with proven components and minimal moving parts
Available with 5 year warranty and 24/7 support
Front view of a large, industrial gray metal cabinet with ventilation grilles and two closed doors with handles.
Modular, hot-swappable DC power cartridges enable non-disruptive maintenance

Streamline Power Delivery

The TurboCell system replaces fragile, custom-built power architectures with standardized, modular units that provide built-in redundancy and fault isolation.
Traditional Al bridging power onelines are complex
Site-specific solutions built from multiple subsystems and diverse supply chains are slow to deploy, difficult to scale, create numerous points of failure and increase operational risk.
TurboCell Al Power System is simple and modular
By integrating generator and BESS functions into a standardized, modular system, TurboCell delivers built-in redundancy, small failure domains and non-disruptive maintenance.

Traditional Al bridging power onelines are complex

Site-specific solutions built from multiple subsystems and diverse supply chains are slow to deploy, difficult to scale, create numerous points of failure and increase operational risk.

AI Load Smoothing

The hybrid system smooths AI loads by discharging the integrated batteries during load peaks and charging batteries with TurboCell power during load dips. This results in a flat conditioned load curve.
Supporting the Grid With Flex Load
The hybrid system smooths AI loads by discharging the integrated batteries during load peaks and charging batteries with TurboCell power during load dips. This results in a flat conditioned load curve.
Supporting the Grid With Flex Load
The hybrid system smooths AI loads by discharging the integrated batteries during load peaks and charging batteries with TurboCell power during load dips. This results in a flat conditioned load curve.

Supporting the Grid With Flex Load

In grid-connected setups, TurboCell supports demand response and seasonal bridging by shifting data-center loads to behind-the-meter power during grid peaks.

TurboCell Al Power System is simple and modular

By integrating generator and BESS functions into a standardized, modular system, TurboCell delivers built-in redundancy, small failure domains and non-disruptive maintenance.

Streamline Power Delivery

The TurboCell system replaces fragile, custom-built power architectures with standardized, modular units that provide built-in redundancy and fault isolation.
Traditional Al bridging power onelines are complex
Site-specific solutions built from multiple subsystems and diverse supply chains are slow to deploy, difficult to scale, create numerous points of failure and increase operational risk.
Traditional Al bridging power onelines are complex
Site-specific solutions built from multiple subsystems and diverse supply chains are slow to deploy, difficult to scale, create numerous points of failure and increase operational risk.
TurboCell Al Power System is simple and modular
By integrating generator and BESS functions into a standardized, modular system, TurboCell delivers built-in redundancy, small failure domains and non-disruptive maintenance.
TurboCell Al Power System is simple and modular
By integrating generator and BESS functions into a standardized, modular system, TurboCell delivers built-in redundancy, small failure domains and non-disruptive maintenance.

A New Standard for AI Reliability

Move beyond fragmented legacy systems to a streamlined, standardized platform that offers greater resiliency and operational certainty.
Traditional AI Oneline
TurboCell AI Oneline
Complexity
Many moving parts
Few moving parts
Failure Domain
Large
Small
Configurations
Site-specific
Flexible, standard building block
Supply chain risk
Large risk exposure
Vertically integrated, controlled
Operations & maintenance
Complex O&M
Streamlined O&M