Unlock Capacity

Unlock Capacity

Accelerate Scaling

Accelerate Scaling

Redefine the Thermal Boundary

Redefine the Thermal Boundary

Redefine the Thermal Boundary

SPRING POWER™ PLATFORM

SPRING POWER™ PLATFORM

SPRING POWER™ PLATFORM

Converts data center waste heat into usable on-site power

Reduces grid dependence and emissions

Integrates with existing heat rejection infrastructure

Modular platform for multiple data center deployment types

Modular platform for multiple data center deployment types

Supports applicable energy incentive pathways including ITC/PTC

Supports applicable energy incentive pathways including ITC/PTC

Enables full compliance with EU EED Waste Heat Reuse Mandate

Enables full compliance with EU EED Waste Heat Reuse Mandate

Abstract graphic representing integrated data center power and cooling infrastructure

Liquid Loop Regenerator

Designed for AI data centers

Optimized for heat streams around 60–65°C

9-13%

net electric capacity unlock

Onsite Power Regenerator

Built for onsite power systems used by data centers

Supports reciprocating engines and fuel cells

Designed for heat streams above 200°C

30-36%

net electric capacity unlock

Regenerative Dry Cooler

Designed for traditional data center environments

Optimized for heat streams around 40–45°C

6-10%

net electric capacity unlock

What problems does SPRING Platform solve for data centers?

SPRING converts low-temperature waste heat (as low as ~40–65°C) into usable electricity—reducing cooling costs, lowering net power draw, and unlocking additional capacity without new grid connections.

How much energy can be recovered from waste heat?

Depending on operating conditions, our systems can recover 5 to 30%+ of waste heat as electricity—turning a cost center (cooling) into a revenue-generating asset.

Can SPRING integrate with existing data center infrastructure?

Yes. Our system is designed as a drop-in retrofit at the heat rejection stage (e.g., upstream of dry coolers or cooling towers), requiring minimal changes to existing cooling loops. In fact, we can entirely replace the dry cooler/cooling tower.

What is the commercial model and timeline to deployment?

We offer power-as-a-service deployments where customers simply pay a fixed price for zero-emission power under long duration contracts. Pricing can be <$30/MWh.

What problems does SPRING Platform solve for data centers?

SPRING converts low-temperature waste heat (as low as ~40–65°C) into usable electricity—reducing cooling costs, lowering net power draw, and unlocking additional capacity without new grid connections.

How much energy can be recovered from waste heat?

Depending on operating conditions, our systems can recover 5 to 30%+ of waste heat as electricity—turning a cost center (cooling) into a revenue-generating asset.

Can SPRING integrate with existing data center infrastructure?

Yes. Our system is designed as a drop-in retrofit at the heat rejection stage (e.g., upstream of dry coolers or cooling towers), requiring minimal changes to existing cooling loops. In fact, we can entirely replace the dry cooler/cooling tower.

What is the commercial model and timeline to deployment?

We offer power-as-a-service deployments where customers simply pay a fixed price for zero-emission power under long duration contracts. Pricing can be <$30/MWh.

Let’s Talk

Get In

Touch

Assess Your Data Center

We analyze your facility to quantify power recovery, efficiency gains, and integration opportunities.

Explore Pilot Programs

Get in touch to evaluate a pilot and validate performance in your environment.

Let’s Talk

Get In

Touch

Assess Your Data Center

We analyze your facility to quantify power recovery, efficiency gains, and integration opportunities.

Explore Pilot Programs

Get in touch to evaluate a pilot and validate performance in your environment.

Let’s Talk

Get In

Touch

Assess Your Data Center

We analyze your facility to quantify power recovery, efficiency gains, and integration opportunities.

Explore Pilot Programs

Get in touch to evaluate a pilot and validate performance in your environment.

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