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Modeling and Simulate Analysis for Micro-thermoelectric Generator

机译:微型热电发电机的建模与模拟分析

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Due to the effect of small scale, Thomson effect, contact source resistance, thermal conduct overlay piece and current conduct layers, etc. have great effect on the output power and efficiency of micro-thermoelectric (micro-TE) generator. Based on these factors, the accurate design model of output power and efficiency were built up. Setting the max power or max power per mass/volume as target function, the parameters of generator such as the length and the number of thermopile were optimized, and the resulting formula were fetched, which provides theoretical guidance for the further step. The performance of the generator was analyzed by experiments.
机译:由于小规模,汤姆森效应,接触源电阻,热传导件和电流导电层等对微电器(微电池)发电机的输出功率和效率有很大影响。基于这些因素,建立了高速设计模型和效率。将最大功率或最大功率设置为目标函数,优化了发电机的参数,如热电堆的数量和热电堆的数量进行了优化,得到了所得公式,这为进一步的步骤提供了理论指导。通过实验分析了发电机的性能。

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