Requiring no heat transfer medium, easy to install, and offering low operating and maintenance costs, this solution directly converts large amounts of industrial waste heat from sectors such as metallurgy and chemicals into clean electricity—reducing corporate energy consumption and electricity costs while driving energy conservation and carbon reduction across industry.
Thanks to its compact size and passive power generation—which eliminates the need for a mains power connection—it efficiently harnesses waste heat and environmental temperature differences to generate power, meeting the self-sufficient energy replenishment and runtime requirements of off-grid scenarios such as outdoor camping, field operations, and post-disaster emergency response.
These modules serve as power solutions for space missions that do not rely on sunlight. In the aerospace sector, their core applications include providing continuous power and thermal control for the Apollo Lunar Experiment Package, the Viking and Curiosity Mars rovers, and the Voyager and New Horizons deep-space probes—addressing power supply challenges during lunar nights, Martian dust storms, and conditions of insufficient illumination in the outer solar system.
In the automotive sector, this module generates electricity by utilizing the temperature difference between engine exhaust gases and coolant; the electricity produced can be supplied directly to onboard electrical systems or auxiliary power systems. Its all-solid-state design, which contains no moving parts, makes it well suited to energy recovery applications in vehicle environments subject to vibration.
