摘要
对风光互补发电制氢系统的仿真研究进展做以归纳和总结,针对离网型和并网型两种风光互补制氢系统,分析了国内外的研究手段和方法。其中,考虑到氢气的去向和储能系统的组成特点,离网型制氢系统又细分为直接制氢系统、燃料电池/电解槽复合制氢系统和燃料电池/电解池/超级电容复合制氢系统等多种类型。总结了风光互补发电制氢系统的优化目标及算法。
Simulation research progress of wind/photovoltaic（PV） hydrogen production system was reported. Aiming at off-grid and grid-connected wind/PV hydrogen production system, research means and methods used at home and abroad were analyzed. Among them, the composition characteristics of whereabouts of hydrogen and energy storage systems were taken into account, and off-grid system was subdivided into various types, such as direct hydrogen production system, fuel cell/electrolyzer compound hydrogen production system and fuel cell/electrolyzer/ supercapacitor compound hydrogen production system. Finally, the optimization goals, algorithms and common simulation tools of wind/PV hydrogen production systems were summarized as well.
出处
《电源技术》
CAS
CSCD
北大核心
2017年第1期173-175,共3页
Chinese Journal of Power Sources
关键词
风光互补发电
制氢
离网
并网
仿真
wind/PV power generation
hydrogen production
off grid
grid-connected
simulation
