Breakthrough Chemistry
to Unlock the Power of Ice

Revolutionary phase-change technology that transforms how we store and deliver thermal energy.

Explore Our Product

Introduction

IcePoint transforms ice into the world's most powerful form of thermal energy storage - delivering more cooling, at lower cost, with unmatched flexibility. Our breakthrough surface chemistry creates ultra-thin, rapidly harvested ice that unlocks grid-ready, high-performance cooling for any climate and any industry.

Peak Cooling Capacity

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Stored thermal energy allows cooling systems to deliver large bursts of cooling during periods of high demand.

Lower Energy Costs

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Cooling can be produced during off-peak hours when electricity is less expensive.

Operational Resilience

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Stored cooling provides additional capacity during extreme heat or operational stress.

Cooling performance intelligences

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Thermal storage allows cooling systems to support demand response and grid stability.

Our Impact

How It Works (10X higher performance)

C-series breakthrough is based on fast harvesting of thin ice

Coating (<1min)

A thin film is applied to enable rapid, repeatable ice formation.

Growth (6min)

Ice forms quickly in a controlled layer, maximizing thermal density.

Harvest (<1min)

Ice releases cleanly with no loss, ready for immediate reuse.

Our Impact

Why IcePoint Is Different

Traditional systems are limited by real-time cooling production. IcePoint fundamentally changes how cooling is created, stored, and delivered.

Decoupled Production

Cooling is created independently from when it's needed.

High-Density Storage

More cooling stored in less space than traditional systems.

Rapid Delivery

Cooling is deployed instantly when demand spikes.

Burst Cooling For Real-World Operations

Washdown Recovery

Recovered cooling from washdown cycles is stored and reused to cut peak-time load and operating cost.

Battery is charged steadily off peak at low cost.
During the hottest summer days when loads get large, ice can be made and melted right away to reduce equipment size and save first cost.
Peak rate is mitigated as there is ample cooling capacity available in storage.

Battery is charged steadily off peak at low cost.
During the hottest summer days when loads get large, ice can be made and melted right away to reduce equipment size and save first cost.
Peak rate is mitigated as there is ample cooling capacity available in storage.

Battery is charged steadily off peak at low cost.
During the hottest summer days when loads get large, ice can be made and melted right away to reduce equipment size and save first cost.
Peak rate is mitigated as there is ample cooling capacity available in storage.

Battery is charged steadily off peak at low cost.
During the hottest summer days when loads get large, ice can be made and melted right away to reduce equipment size and save first cost.
Peak rate is mitigated as there is ample cooling capacity available in storage.

AgileEnergy systems are built on IcePoint technology, delivering flexible cooling capacity for industrial facilities. By combining thermal storage with integrated cooling, AgileEnergy enables facilities to produce, store, and deploy cooling when it's most valuable.

Breakthrough Chemistry to Unlock the Power of Ice

Peak Cooling Capacity

Lower Energy Costs

Operational Resilience

Cooling performance intelligences

How It Works (10X higher performance)

Coating (<1min)

Growth (6min)

Harvest (<1min)

Why IcePoint Is Different

Decoupled Production

High-Density Storage

Rapid Delivery

Washdown Recovery

IcePoint unlocks ultra-low-cost thermal storage, enabling peak cooling, flexible loads, and easier integration of renewable energy.

Breakthrough Chemistry
to Unlock the Power of Ice