Sectors

Transforming Industrial Cooling

EnergiVault delivers critical resilience, cost reductions, and decarbonisation to energy-intensive industries ranging from data centres and pharmaceuticals to food production and vertical farming.

The Problem

Renewable Energy is Intermittent. Cooling Demand is Rising.

Worldwide, offshore wind has become the de facto utility-scale renewable energy source, yet it comes with inherent difficulties: it is intermittent, cannot easily be stored, and faces significant grid constraints. Simultaneously, cooling demands are exploding. In some industrial sectors, refrigeration systems draw more than 10% of global electricity produced, and in hotter climates, cooling can account for over 70% of energy usage.

Businesses are facing a critical gap between volatile energy supply and essential cooling requirements, creating a heavy burden on both operational costs and carbon targets.

The Solution

EnergiVault: Cold Energy Storage Solution

Patented Technology

Utilises Liquid Ice—tiny ice crystals suspended in fluid—to store energy at high density. This unique phase-change material bridges the gap between variable renewable generation and critical industrial cooling demand

High Capacity

Provides massive energy density with a minimal operational footprint. A single standard 20ft container stores 1MWh of thermal capacity, delivering industrial-scale power in a compact, modular unit.

Artificial Inteligence

Integrated with AI-led optimisation software to maximise economic performance. This digital layer facilitates smart grid interaction, ensuring you charge when energy prices are lowest and discharge when they peak.

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Rapid Capacity

Delivers unmatched operational flexibility with an ultra-fast discharge rate. The system is capable of releasing its full 1MWh capacity in just 2 hours from a standard 20-hour charge cycle.

The Value

Resilience. Efficiency. Net Zero.

EnergiVault is designed to function as a seamless addition to your infrastructure, easily retrofitted to existing chiller systems or integrated into new builds to transform how your facility manages thermal loads. By decoupling cooling demand from fluctuating grid supply, the system drives down both energy costs and carbon emissions, allowing you to bank renewable power for use during peak periods. This integration significantly increases your operational capability, turning a passive cooling requirement into an intelligent, flexible asset that enhances site resilience.

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Financial Return

Charges when electricity prices are low or negative, delivering a typical financial payback in 2–5 years.

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Operational Resilience

Acts as an uninterruptible cooling supply to maintain critical operations when existing systems go offline.

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Cool Net Zero

Enables true zero-carbon cooling by banking renewables for use when the sun is not shining or the wind is not blowing.

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Smart Grid Ready

Facilitates smart grid participation through AI-led software to maximise economic performance and carbon savings

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