Developping Flexible Thermoelectric Generator composed from organic materials.
p-type semiconductor and the n-type semiconductor are arraied in the in-plane direction (parallel to the heat source contact surface).
A suitable heat insulating material and a good heat conducting material (radiating material) are used to ensure a temperature difference.
By arranging them, we made it possible to reduce the thickness of the thermoelectric conversion elements and create a flexible module.
Unique structural design enables thin and flexibile modules.
By adopting various coating methods and printing methods, large areas, continuous sheets, and high integration are possible.
It activates environmental sensors and other equipment in factories and plants, utilizes them for abnormality/failure diagnosis, and enables the operation of IoT devices without a power supply/battery.
Use of power supply/auxiliary power supply for equipment maintenance system and infrastructure anomaly detection system.
It is the customer’s responsibility to always test products before use and confirm their fitness for purpose and safety.
Any product contained on this Website or any product using a product contained on this Website should be disposed of in accordance with laws and regulations.
Before use, please confirm the detailed method of use, precautions, and other information by using the technical documentation and Material Safety Data Sheet. These materials are available from the relevant Division. Please request them.
The information contained in this website is subject to change without notice as new knowledge becomes available.