Electric power control of thermoelectric generation system

Hiroto Endo, M. Deng
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Abstract

In recent years, energy saving and reducing CO2 are requested. Therefore thermoelectric generation is noticed. Thermoelectric is a generation technology which generates electricity due to the seebeck effect when temperature difference is given to thermoelectric element. A objective of this paper is to follow electric power to reference input with operator theory and sliding mode control(SMC). Also, SMC is compared proportional-integral(PI) control on simulation. As a result, when a DC-DC converter is controlled by SMC, time to converge on reference input is shorter than when it is controlled by PI control.
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热电发电系统的电力控制
近年来,人们对节能减排提出了更高的要求。因此,人们注意到了热电发电。热电是一种利用热电元件的温差产生塞贝克效应而发电的发电技术。本文的目的是利用算子理论和滑模控制(SMC)来跟踪电力到参考输入。并对比例积分(PI)控制进行了仿真比较。结果表明,采用SMC控制的DC-DC变换器收敛到参考输入的时间比采用PI控制的时间短。
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