CAJ | 학술논문

燃料电池是极具吸引力的新能源之一,但它在化学反应中存在极化现象,输出特性不稳定.搭建了一种质子交换膜燃料电池的仿真器,用于在无实际燃料电池的情况下取代燃料电池,进行相关的优化控制实验.实验表明,该仿真器的输出特性与实际燃料电池的输出特性非常逼近.用其取代燃料电池进行优化控制实验是可行的,为进行燃料电池供电系统的能量管理、控制和优化提供了有利帮助.
연료전지시겁구흡인력적신능원지일,단타재화학반응중존재겁화현상,수출특성불은정.탑건료일충질자교환막연료전지적방진기,용우재무실제연료전지적정황하취대연료전지,진행상관적우화공제실험.실험표명,해방진기적수출특성여실제연료전지적수출특성비상핍근.용기취대연료전지진행우화공제실험시가행적,위진행연료전지공전계통적능량관리、공제화우화제공료유리방조.
Fuel cell is a very attractive new source of energy.but because of the presence of polarization in its chemical reaction,the output characteristics of the fuel cell are instable.A proton exchange fuel cell module simulator is built.which is used to replace the fuel cell in the absence of the actual fuel ceil.So the associated optimal control experiments for fuel cell can be carried out successfully.Experiments show that the simulator output and the actual characteristics of the output characteristics of fuel cells are very close.Therefore.replacing the fuel cell with fuel ceil simulator to proceed the optimal control experiment for fuel cell is feasible,which provide a favorable environment and help for fuel ceil power supply system of energy management,control and optimization.