Electrical Heaters

As industries and utilities strive to meet decarbonization targets, the electrification of heat has emerged as a key solution for reducing carbon emissions. With the rapid growth of renewable energy and the push toward sustainable operations, replacing fossil-fuel-based heating systems with electric alternatives is becoming an essential step in achieving a low-carbon future. The e-heater provides an efficient and precise heating solution for both gaseous and liquid media in industrial applications. It is engineered to handle process air, inert gases, and exhaust streams, as well as liquids such as water, thermal oils, and specialized process fluids.

Powering the Future with High-Temperature Electric Heating

Our large-scale electric heaters, delivering power in the megawatt range, provide high-temperature capabilities beyond 400 °C, enabling applications where conventional heat pumps cannot reach. By leveraging the latest own developed heating technology, our systems ensure precise, efficient, and direct heat transfer for demanding industrial processes. Rather than replacing existing systems entirely, these electric heaters can complement heat pumps by covering peak or high-temperature requirements, making the overall system more flexible and cost-effective.

From supporting thermal energy storage to enabling flexible demand response and process heat decarbonization, our electric heating solutions empower industries and utilities to integrate renewable electricity efficiently. For every high energy-intensive sector, our technology offers a practical, future-proof pathway to carbon-neutral heat supply.

Efficiency Meets Compactness: NEM e-Heaters for High-Performance Megawatt Heating

Carbon-Free Heat

Enables full or partial replacement of fossil-based heating for decarbonization.

High Temperature Capability

Delivers heat above 400 °C, suitable for demanding industrial processes.

Complementary to Heat Pumps

Covers high-temperature gaps that heat pumps cannot achieve, optimizing overall system efficiency.

Energy Storage Compatibility

Seamlessly integrates with thermal energy storage systems for shifting heat production and increasing operational flexibility.

Grid Integration & Flexibility

Acts as a flexible load to balance renewable energy and stabilize power grids.

Low Maintenance & increased safety

Fewer moving parts compared to combustion systems, reducing downtime and maintenance costs. No combustion, no flue gases, and no on-site fuel handling.

Peter Rob
Head of Product Development

Interested in our Electrical Heaters or want to learn how our innovations can support your energy transition goals? Get in touch with us! We’re here to answer your questions and explore the best solutions for your application.

Send Email