摘要
文中利用Matlab/Simulink以河北工程大学风光互补发电制氢储能系统为原型建立了仿真模型,将邯郸地区的气象参数输入模型,得到系统各部分不同容量配置下的发电量、制氢速率以及太阳能、风能、电能转化为氢能的效率。分析出各影响因素对制氢速率的影响程度,太阳能、风能发电的效率,太阳能、风能、网电转化为氢能的效率,为风光互补发电制氢储能系统的开发提供了理论依据。
Using Matlab/simulink to build a simulation model based on the wind-solar hybrid power generation hydrogen storage system of Hebei University of Engineering,the meteorological parameters of the area are input into the model,and the power generation,hydrogen production rate and solar energy under different capacity configurations of various parts of the system are obtained. The efficiency of converting wind energy and electrical energy into hydrogen energy. The influence degree of each influencing factor on the hydrogen production rate,the efficiency of solar energy and wind power generation,the efficiency of solar energy,wind energy and net electricity into hydrogen energy are analyzed,which provides a theoretical basis for the development of wind and solar hybrid power generation hydrogen storage system.
出处
《节能》
2019年第11期79-84,共6页
Energy Conservation
基金
基于离网型风光氢独立能源系统研究（项目编号：1723209054邯郸市科技局）
关键词
风光互补
发电
制氢
wind and solar complementation
power generation
hydrogen production
