THE ALL-IN-ONE
POWER-TO-HEAT SOLUTION
CLEAN HEAT,
MADE SIMPLE
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​We electrify industrial heat with an all-in-one solution, integrating hardware, smart energy management and financing. Hassle-free.
CONTINUOUS HEAT FROM
INTERMITTENT POWER​
Renewable sources provide clean energy, but their output fluctuates with solar and wind patterns. Power prices mirror this variability, falling when renewable supply is abundant and rising when supply and demand are less balanced.
Epyr’s system captures electricity when it is cheapest, stores it as thermal energy, and releases it on demand—delivering stable, cost-efficient decarbonized heat for industrial needs.
ENGINEERED FOR INDUSTRIAL NEEDS
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Epyr’s system is an innovative thermal energy storage technology designed for modularity, cost efficiency and durability.
Electricity is converted into heat through resistance heaters, stored in high-performance refractory bricks, and released as air or steam on demand for industrial processes.
With fast and precise controls, the system integrates seamlessly into operations while maximizing renewable energy use.
UNLOCKING POWER MARKET VALUE​​
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​Epyr provides a turnkey solution with real-time optimization on power markets.
By combining automated tools with in-house energy management expertise, we maximize asset performance and unlock the full market value of the system—charging when electricity prices are lowest and delivering demand flexibility services to the grid.
BREAKING DOWN BARRIERS TO DECARBONIZATION
Epyr offers a heat-as-a-service model to decarbonize industrial heat without upfront capital. We build, own, and operate the system, removing barriers for clients—no operations, no capex.
For those seeking ownership, a streamlined build-and-operate model is also available, optimized for long-term ROI.
OUR THERMAL
ENERGY STORAGE SOLUTION
converts renewable electricity into on-demand high-temperature heat through resistive heating and thermal storage, delivering zero-carbon, cost-competitive, drop-in heat for industry
Zero emission
Powered by solar and wind, enabling a carbon-free transition
Cost effective
Competitive with fossil fuel systems, ensuring cost-effective decarbonization
Plug and play
Seamless integration to industrial operations with minimal disruption
Modular
Adaptable to diverse needs, with operational redundancy for higher efficiency
