Thermoelectric Energy Harvesting: Devices, Applications, Opportunities

Truck manufacturer

Automotive

Automotive

Powered by the captured heat from the fuel cells, this generator contributes to the vehicle's overall energy system.

Systems that capture waste heat from vehicle engines and convert it to electrical energy to improve fuel economy.

The fundamental thermoelectric phenomenon underlying thermoelectric energy generation.

Collaborative development of thermoelectric systems to capture waste heat from vehicle engines and convert it to electrical energy for improved fuel economy.

Consumer applications including sensory wristbands, clothing, and athletic apparel that monitor vitals such as heart rate and body temperature using thermoelectric power generation.

Automotive systems that capture waste heat from engines and convert it to electrical energy, expected to improve fuel economy by 3-5% with power generation potential up to 1200W.

Sensors powered by thermoelectric generators in environments with temperature differentials, eliminating battery lifetime and reliability issues associated with traditional wireless sensors.