Affordable. Scalable. Efficient.

Thermoelectric modules built for industry

OUR PURPOSE

Developed with UCLouvain, our Fe₂VAl thermoelectric modules solve what conventional materials couldn't: cost-effective, scalable waste heat recovery for industry.

OUR PRODUCT FEATURES

Our technology breaks the three barriers that held TEGs back

5x cheaper

Compared to conventional Bi₂Te₃ modules.

Scalable & Sovereign

Materials are widely available at scale, on every continent.

2x more heat resistant

Handles heat up-to 400 degrees Celsius, maintenance free.

OUR APPLICATION AREAS

Turning waste heat into usable energy

Heat extraction on production line for an industrial metal producer

We integrate TEG modules directly onto high-temperature industrial processes, e.g. metal casting & rolling lines, glass floats ovens, directly converting waste heat into electricity. No moving parts, no maintenance, continuous power generation.

Building external hybrid thermoelectric generators for global site waste heat recovery

We develop modular systems that aggregate waste heat via a secondary thermal fluid, into a unified energy recovery layer that combines conversion to electricity and direct heat recovery. A scalable path to measurable energy cost reduction — and carbon footprint reduction.

Waste heat recovery project engineering

We manage work packages dedicated to thermoelectric generation in larger waste heat recovery projects. We collaborate efficiently with site engineering teams and OEMs to develop and deliver thermoelectric generators integrated to your global waste heat recovery solution.

Powering wireless, autonomous sensors for specialized IoT integrators

Our modules power autonomous sensors by harvesting ambient heat from e.g. pipes, motors, over a wide range of temperatures, eliminating batteries and wiring. We supply custom-built modules for large scale deployment in hard-to-reach environments.

MEET OUR TEAM

Frédéric Lani

co-CEO

Frédéric ensures execution of the development roadmap across the company. With a hands-on leadership approach, he drives alignment between engineering, technology, operations, and business objectives to support the company’s growth and long-term vision.

Olivier Thirifays

co-CEO

Olivier leads corporate development and strategic partnerships at ThermoPower. Drawing on extensive experience in venture building and business development, he helps accelerate the company’s growth through investor relations, strategic initiatives, and ecosystem engagement.

Geoffrey Roy

R&D Manager

Geoffrey leads ThermoPower’s product development and R&D efforts. Combining scientific expertise with a strong understanding of customer requirements, he ensures that the company’s technologies deliver best-in-class performance and address real-world industrial challenges.

Mathieu Gailliez

Engineer

Matthieu drives ThermoPower’s modules manufacturing industrialization projects and operations. He contributes to the successful delivery of the company’s objectives by combining technical expertise with a strong focus on performance, quality and continuous improvement.

Alexis Le Clef

Business Development

Alexis leads ThermoPower’s strategic development, and market expansion activities. Leveraging experience in venture financing, business strategy, and technology commercialization, he supports the company’s growth by building partnerships, and accelerating the deployment.

Pascal Jacques

Scientific Advisor

Prof. Jacques serves as Scientific Advisor. Drawing on his academic expertise and research experience, he provides strategic scientific guidance, helps steer technology development, and supports the company in maintaining a strong foundation of scientific excellence.

Serge Colle

Industry Advisor

Serge brings deep sector expertise and an extensive network across the energy and industrial landscape. He advises ThermoPower on market positioning, industry go-to-market strategy, and helps the company navigate the commercial dynamics of the energy sector.