The licensed technology could be applied to convert heat into electricity in a number of waste heat recovery applications, including automobile exhaust and high-temperature industrial processes such as ceramic and glass processing plants.

—Thierry Caillat, task leader for the thermoelectrics team at JPL

JPL has a long history of high-temperature thermoelectric development driven by the need for space mission power in the absence of sunlight. Many space probes that leave Earth’s orbit use thermoelectrics as their electrical power source.

NASA’s Voyager 1 (the first spacecraft to enter interstellar space) and Voyager 2 are still traveling away from the sun using thermoelectric power systems, more than 35 years after their launches. Both of these spacecraft use radioisotope thermoelectric generators (RTGs), systems that convert heat from a radioactive decay process into electricity. NASA’s Mars Curiosity rover, the largest vehicle to ever land and operate on Mars, also relies on a similar system for power.

On Earth, Evident Technologies will use technological advances from JPL in this area to develop commercial, high-temperature thermoelectric modules for terrestrial applications.

We feel that there is an unmet need for customers who want to convert high-temperature heat into electricity. We are excited to capitalize on these NASA advances and plan to launch commercial products very soon.

—Clint Ballinger, CEO of Evident Technologies

Currently there are no commercially available products that use this NASA-developed technology. Evident plans to launch product based on this technology within the next three months.