Optimization of Peltier thermocouple using distributed Peltier effect
Igor Belov, Vladimir P. Volkov, O. Manyakin
Abstract
Igor Belov, Vladimir P. Volkov, O. Manyakin
Abstract
Calculations of maximum temperature difference and coefficient of performance of double segment Peltier thermocouple are presented. Distinction of thermoelectric properties of p- and n-type segments is taken into account. Obtained results are compared with measured characteristics of manufactured Peltier thermocouples. It is shown that efficiency of thermocouples using distributed Peltier effect can be improved if optimized thermoelectric properties of segments depending on temperature are used.
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Calculations of maximum temperature difference and coefficient of performance of double segment Peltier thermocouple are presented. Distinction of thermoelectric properties of p- and n-type segments is taken into account. Obtained results are compared with measured characteristics of manufactured Peltier thermocouples. It is shown that efficiency of thermocouples using distributed Peltier effect can be improved if optimized thermoelectric properties of segments depending on temperature are used.
Key concepts: Thermocouple, Thermoelectric effect, Computer science, Thermoelectric cooling, Materials science, Thermodynamics, Composite material, Physics