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Cut heat costs by up to 50%. Cut CO2 emissions by up to 90%. Independent charge and discharge, modular by design, sized to your site.
Cheap electricity and spare grid capacity come and go by the hour, but your factory needs heat all the time. Electrifying well takes a solution that flexes on both sides: drawing power when it's available, and delivering heat on your schedule, while still fitting easily into your existing plant. That's what ThermalPod is built for.
ThermalPod charges and discharges at the same time, delivering more low-cost heat than storage solutions that can only do one at a time.
Containerized blocks configure to your media and capacity, and retrofit directly into your existing brownfield site plan, without a redesign or long installation windows.
Heat demand swings fast. ThermalPod ramps capacity up and down instantly, with precise control and heat delivery timed to your process, not the grid's, something heat pumps find difficult to match.
Every ThermalPod is configured to your site based on heat demand and available electric capacity, delivered as steam, thermal oil, or hot air. Containers are built and quality-checked off-site for easy integration into your existing plant.
See the full technical breakdown on our technology page →
Stackable, modular containers that scale with your site.
Follows heat demand any time of day, charging flexibly with grid availability.
Connects directly into your existing heat network.
Ask us for a free calculation of your business case.
Contact usThe ThermalPod provides on-demand heat ranging from 100 to 400 degrees, delivered as steam, thermal oil, hot water, or air, all powered by affordable renewable electricity. Its design can seamlessly integrate with your existing assets and easily fit into your current heat infrastructure.
The ThermalPod delivers food-grade steam or hot air for processes such
as cleaning, pasteurization, sterilization, cooking, drying, and baking. Our
optimal flexibility ensures reliable heat delivery for fluctuating steam
profiles, supporting sustainable and efficient production.
The chemical industry relies on continuous, high-temperature process heat that's difficult to electrify with intermittent renewables. ThermalPod stores renewable electricity as heat in molten salt and releases it on demand, delivering the steady, high-grade steam chemical processes need, without the emissions of a gas boiler.
Textile manufacturing depends on stable steam and hot water for dyeing, finishing, and drying. ThermalPod decouples heat supply from electricity price volatility, letting textile producers charge on cheap renewable power and discharge steady process heat exactly when production needs it.
Pulp and paper mills are among the most energy-intensive industrial processes, running around the clock on steam. ThermalPod's high discharge flexibility matches that constant demand, storing off-peak renewable electricity and delivering it back as continuous process steam, cutting both costs and emissions.
Pharmaceutical production requires precise, reliable process heat with no room for supply interruptions. ThermalPod delivers that reliability from a fully electric, renewable-powered source, giving pharma manufacturers a decarbonization path that doesn't compromise on process consistency or compliance.
