首页> 外文会议>2015 IEEE IAS Joint Industrial and Commercial Power Systems/ Petroleum and Chemical Industry Conference >Simulation of power management circuit in a standalone solar photovoltaic-fuel cell-battery hybrid power system
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Simulation of power management circuit in a standalone solar photovoltaic-fuel cell-battery hybrid power system

机译:独立太阳能光伏-燃料电池-电池混合动力系统中电源管理电路的仿真

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Here in we design and develop a standalone solar photovoltaic (PV)-fuel cell-battery hybrid power system along with a power management circuit to share the load among the sources. A solar panel is designed in Matlab/Simulink by using one diode equivalent model and Perturb & Observe (P&O) algorithm technique to track the Maximum Power Point (MPP) of the panel. Similarly, Proton Exchange Membrane (PEM) fuel cell stack, DC-DC converter; lead acid battery and a battery charger to protect it from over charging and deep discharging, are also designd. A control algorithm is developed to share the load among the sources and it is embedded into the power management circuit. Finally, all these sub-systems are integrated and the hybrid system is simulated for 24 h with 1.5 kW constant load in Matlab/ Simulink. The prototype of the power management circuit is developed, integrated and tested over a 100 W solar PV - fuel cell - battery hybrid system in real time and corresponding results are recorded. Solar PV system supplying the load at an average of 6-8 hours in day time and remaining time load is supplied by fuel cell and battery bank.
机译:在这里,我们设计并开发了一个独立的太阳能光伏(PV)-燃料电池-电池混合动力系统以及一个电源管理电路,以在各个电源之间共享负载。在Matlab / Simulink中,通过使用一个二极管等效模型和扰动与观察(P&O)算法技术来跟踪面板的最大功率点(MPP),来设计太阳能面板。同样,质子交换膜(PEM)燃料电池堆,DC-DC转换器;还设计了铅酸电池和防止其过度充电和深度放电的电池充电器。开发了一种控制算法以在电源之间分担负载,并将其嵌入电源管理电路中。最后,将所有这些子系统集成在一起,并在Matlab / Simulink中以1.5 kW恒定负载对混合系统进行24小时仿真。电源管理电路的原型是在100 W太阳能光伏-燃料电池-电池混合系统上实时开发,集成和测试的,并记录了相应的结果。太阳能光伏系统平均每天提供6-8个小时的负载,其余时间的负载则由燃料电池和电池组提供。

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