Check out our latest video to learn how a zonal all-electric automotive HVAC system using our DTP thermoelectric technology compares to conventional vapor compression HVAC systems, resulting in faster time to passenger comfort with less energy.
This blog post announces a new application for our DTP thermoelectric technology that enables the deep cooling, heating and temperature regulation of drone payloads.
This blog post describes the technical session given by DTP Chief Technology Officer, Doug Crane, at this year’s Photonics West conference.
Check out our video to learn how DTP materials are tuned to achieve optimal cooling, heating and temperature control characteristics compared to conventional thermoelectric systems.
We’re excited to announce that our Chief Technology Officer, Doug Crane, PhD, recently contributed a chapter, “Thermoelectric Applications in Passenger Vehicles,” to a new book entitled, Thermoelectric Energy Conversion: Theories and Mechanisms, Materials, Devices and Applications (2021). In it, Dr. Crane provides an overview of how thermoelectrics (TE) have been used in passenger vehicles in the past, what has limited their usage, and what can be done to enable broader usage in the future.
