P-MFC电池模块化应用的可行性探析

Feasibility Analysis of Modular Application of P-MFC Battery

以巴拉草和多枝扁莎构建P-MFC发电设备,进行实验;从光照强度、温度、叶片密度、基质酸碱度和土壤渗氧率进行分析,总结影响发电效率的原因.结果显示:当前发电设备每日产电功率密度在20~55 mW/m^(2)上下浮动,最大产电功率密度为57.394 mW/m^(2),并以该发电水平为基准,设计一套可用的电池模块化方案,为P-MFC的应用提供一定的理论依据.

A P-MFC power generation plant was constructed with Brachiaria mutica and Cyperus polystachyos Rottb for experiments,and the reasons affecting the power generation efficiency were analyzed in terms of light intensity,temperature,leaf density,substrate pH,and soil oxygen permeation rate.The results show that the daily power generation of the current power generation equipment fluctuates up and down from 20~55 mW/m^(2),and the maximum power generation is 57.394 mW/m^(2).Taking this power generation level as a benchmark,a set of available battery modular scheme is designed,which will provide some theoretical basis for the application of P-MFC.