Industrial heat production, which accounts for a significant portion of global energy consumption, heavily relies on fossil fuels, contributing to carbon emissions and hindering decarbonization efforts. The increasing volatility and grid instability caused by the expansion of intermittent renewable energy sources like wind and solar further exacerbate the challenge of ensuring a reliable and cost-effective energy supply for industrial processes.

EPYR provides thermal energy storage (TES) solutions that enable industries to transition from fossil fuel-based heating to clean, on-demand thermal energy by converting low-cost renewable electricity into high-temperature heat. The TES system charges during periods of abundant renewable energy and low power prices, storing the energy as heat in bricks for hours with minimal loss. This stored heat is then delivered as flexible, on-demand high-temperature heat to industrial facilities. EPYR's solution comes in the form of a compact, modular container unit, designed for easy installation and seamless integration into existing industrial operations. By utilizing surplus renewable energy, EPYR's TES helps balance the grid while providing a cost-effective and zero-emission alternative to traditional fossil fuel systems.

Modular, plug-and-play thermal energy storage units for easy installation and scalability

Utilizes firebricks for efficient and durable heat storage

Converts low-cost renewable electricity into high-temperature heat on demand

Enables industries to reduce reliance on fossil fuels and lower carbon emissions

Designed for seamless integration with existing industrial processes

Provides a cost-competitive alternative to fossil fuel-based heating systems

Contributes to grid stabilization by utilizing surplus renewable energy

EPYR's primary customers are industrial facilities seeking to decarbonize their heat production processes, reduce energy costs, and improve the reliability and sustainability of their energy supply.