Thermoelectric cooling technology is based on the Peltier Effect, which converts electrical energy into heat to achieve cooling.
The application of thermoelectric cooling includes is not limited to the following aspects:
Military and aerospace: Thermoelectric cooling technology has important applications in these two areas, such as in submarines, thermostatic tanks for precision instruments, cooling of small instruments, and storage and transportation of plasma.
Semiconductor and electronic equipment: Thermoelectric cooling modules are used in infrared detectors, CCD cameras, computer chips cooling, dew point meters and other equipment.
Medical and biological instruments: thermoelectric cooling technology is also widely used in cooling medical and biological instruments, such as portable heating and cooling boxes, medical and biological instruments.
Life and industry: In daily life, thermoelectric cooling technology is used in thermoelectric water dispensers, dehumidifiers, electronic air conditioners and other equipment. In the industrial field, thermoelectric cooling technology can be used for some hot water power generation, automobile exhaust power generation, and industrial waste heat power generation, but these applications are still in the laboratory research stage, and the conversion efficiency is low.
Small refrigeration equipment: thermoelectric cooling technology is also used in some small refrigeration equipment, such as wine coolers, beer coolers, hotel mini bar, Ice cream makers and yogurt coolers, etc., but because its cooling effect is not as good as compressor refrigeration, usually the best cooling temperature is about zero degrees, so it can not completely replace the freezers or refrigerators.
Post time: Apr-16-2024
