Future
Advanced Thermoelectric Applications
The limitation on applications for thermoelectrics has been their relatively poor efficiency. We believe that, through a combination of proprietary methods for improving thermoelectric efficiency and improved thermoelectric materials, there are substantial prospects for the design and development of innovative thermoelectric systems.
We are constructing test systems to demonstrate performance and to develop a comprehensive knowledge of the technology as applied to various potential large market sectors, including stationary temperature management, aerospace and defense, personal comfort, other automotive applications, and power generation. Ultimately, we believe the potential exists for solid-state, thermoelectric air conditioners to be developed that replace traditional systems, which use compressors, R134a and other gases.
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1) Thermoelectric Car of the Future
Today’s thermoelectric technology can be applied to a number of applications in the automobile beyond heated and cooled seats. Advanced thermoelectric technology is promising for larger gains – replacing the conventional vehicle air conditioning, for example.
2) Cup Holders
Maintain beverage temperatures – hot or cold – with built-in TED-based drink holders.
3) Cool Boxes
Cold storage can be integrated under seats, between seats, in center consoles, or in glove boxes.
4) Spot Heating and Cooling
Directed heated of cooled air can be instantly available to rear passengers. No ducting needed for conditioned air.
5) Vehicle Air Conditioning
With advanced thermoelectric technology, conventional vehicle air conditioning can be realized.
6) Seats
CCS™ heats or cools seat back and cushion: seat bolsters and head rest next.