基于matlab光伏电池和电解池的仿真特性研究

Study on the Simulation of Photovoltaic Cell and Electrolytic Cell Based on MATLAB

太阳能是众所周知的清洁且可再生的能源,在地球上分布广泛而且太阳能容量巨大,利用太阳能作为电源电解,利用太阳能将光能转化为化学能与此同时也节约了化学电解对于电网电能的消耗.但是如何使太阳能电池板输出的功率和电解池的输入功率能够达到最佳匹配,当太阳能电池在功率最大值时发出的功率都能够被转化为化学能,实验通过对太阳能电池板和电解池的仿真模型的matlab仿真曲线研究,发现出光伏电池曲线和电解池的数学模型曲线,将两条曲线合并交点得出其功率复合的最佳点.

Solar energy is clean and renewable energy as everyone knows, widespread and huge capacity through the combination of solar energy and electrolysis on earth, using solar energy as power electrolysis, can make full use of solar energy is converted into chemical energy at the same time also saves power for electrolytic chemical consumption about light. But how to make the input power equal power output of the solar panel and electrolytic cell and can achieve the best, through the study of model simulation curves of solar panels and electrolytic cell obtains the best point of the power of the composite.