Today, insect friend Aileencen confided in me that I expect my TEC hot design exchange posts, from the last commitment to share and in the past for a long time, during which insect friend confided me about the application of TEC, now simply send out the knowledge of application class for discussion.Before, I said that the post introduced thermoelectric refrigeration. I've been busy. Now I open the post. I'm sorry, I've kept you waiting for a long time! ________. When we talk about thermoelectric...

backgroundThermoelectric effect, also known as "thermoelectric effect", is not a new thing. About 200 years ago, German scientist Thomas J. Seebeck discovered this effect. In short, thermoelectric effect refers to the process of voltage generation due to temperature difference in special materials. Generally speaking, when one end of the material is hot and the other end is cold, the charge carrier will move from the hot end to the cold end, forming an electromotive force, thus generating a volt...

Production Workshop of Hubei Saigre New Energy Technology Co., Ltd.Recently, Ni Hongwei, president of Wuhan University of Science and Technology, led his team to the enterprise founded by Professor Fan Xian of the Institute of Metallurgy and Metallurgy, Hubei Saigre New Energy Technology Co., Ltd. As the first school-run enterprise of Wuhan University of Science and Technology, Hubei Saigre New Energy Technology Co., Ltd. has made great progress in recent years under the favorable ecological env...

Recently, Zhang Yongsheng, a researcher in the Institute of Material Computation, Hefei Institute of Solid Physics, Chinese Academy of Sciences, has made new progress in the study of low thermal conductivity of thermoelectric materials.

The energy efficiency center of Moscow Iron and Steel Institute of Russian National Research University has developed a new material for thermoelectric conversion. Because of its high quality factor, the material can be used as a battery for long-term power supply of spacecraft. The results were published in the Journal of Materials Chemistry A Scientific Journal.

For smart hardware, wearable electronic devices, smart phones and other electronic products, batteries seem to be the key bottleneck: the short duration, the need for repeated charging and other issues seriously affect the user experience.

Professor Fan Ping's teamHe is a senior expert in the field of material physics and has rich theoretical and practical experience. He has accumulated a lot in the field of semiconductor materials and devices, especially thin film semiconductor materials and devices.He is the director of Shenzhen Key Laboratory of Advanced Thin Film and Applications, director of Shenzhen University Institute of Thin Film Physics and Applications, and leader of the interdisciplinary subject of thin film physics an...

Shenyang State Laboratory of Materials Science, Institute of Metals, Chinese Academy of Sciences, has developed new materials that can generate electricity by using body temperature. A single gray soft film sample less than one finger wide and 0.1 mm thick is attached to the wrist of the human body, and the connected measuring meter immediately shows a distinct output voltage.This high-performance flexible thermoelectric material can achieve the thinnest only tens of microns, and thin film batte...

Imagine the following scenario: instead of relying on traditional electric power to run air conditioning, you rely on the heat of the sun in the warm summer to run air conditioning. With the advancement of thermoelectric technology, this sustainable solution may one day become a reality.Thermoelectric devices are made of materials capable of converting temperature differences into electricity without the need for any moving parts - a property that makes them potentially attractive sources of pow...