Design of Microbial Power Generation and Energy Storage System

Yang Yang, Lei Wang, Yuanqi Wang, Yihong Li, Hao Song
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Abstract

Microbial power generation is the use of microbial energy to generate electricity. This paper is mainly designed to study the microbial power generation system in the energy storage system. Microbial power generation voltage is only 0.6v and this voltage is very small, The electricity from the microbes is first charged by a group of parallel super capacitors. Then the super capacitor is transformed into a series state, and then through the DC-DC boost circuit to store electricity. This can store electricity exponentially and Long time power supply for load. This process, the switching of the series and parallel state of the super capacitor is controlled by a single cylinder which is connected with the circuit. The whole system can raise the voltage of microbes from 0.6V to 15V.In addition, the energy storage scheme discussed in this paper has practical guiding significance, and can guide the production of the corresponding objects.
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微生物发电储能系统的设计
微生物发电就是利用微生物的能量来发电。本文主要是对储能系统中的微生物发电系统进行研究。微生物发电的电压只有0.6v,而且这个电压非常小,来自微生物的电首先由一组并联的超级电容器充电。然后将超级电容转换成串联状态,再通过DC-DC升压电路进行储电。可成倍存储电能,长时间为负载供电。在此过程中,超级电容器的串并联状态的切换由与电路相连的单缸控制。整个系统可以将微生物的电压从0.6V提高到15V。此外,本文讨论的储能方案具有实际指导意义,可以指导相应对象的生产。
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