水电解制氢装置宽功率波动适应性研究

摘要

With the wind power industry developed rapidly, there is an urgent demand for the power-to-gas system to fit its wide fluctuation. Hydrogen as a clean "new energy" has become the best choice for digestion the abandon wind.Re-search on Water Electrolysis Hydrogen Generation System under Wide Power Fluctuation by adjusting the processparamet-ers. Support further improvement of water electrolysis hydrogen generation system. Provide a theoretical basis for the micro wind power-hydrogen generation system.%随着风电行业的迅猛发展,对风能源的转化有了迫切需求,对能源转化系统的风电波动性适应提出了更高要求.氢气作为清洁的"新能源"成为消化弃风的最佳选择.利用调整各工艺参数的方法,研究传统水电解制氢装置在风电宽功率波动条件下的适应性,并探索相关解决方法.为水电解制氢装置的进一步改进提供支持,为微电网风电耦合制氢及氢能综合利用提供理论依据.