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Control strategy for utility interactive hybrid PV Hydrogen System

机译:电站交互式混合光伏制氢系统的控制策略

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The combination of Photovoltaic (PV) with a hydrogen storage system as backup (HPVHS - Hybrid PV Hydrogen System) has been proposed in this paper. The Proposed system will cope up with the problems of grid connected PV System (GPVS) which is being stochastic in nature. The control strategy has been proposed for direct and indirect grid voltage regulation utilizing proposed HPVHS as static synchronous compensator (STATCOM). It has been shown that the HPVHS based on this control strategy would improve the dynamic behavior of the GPVS response to disturbance, voltage dips and in a day ahead market where decisions on the power supply should be taken at least 24 hours in advance. MATLAB/SIMULINK based simulation is done and results are provided to show the effectiveness of the proposed control strategy.
机译:本文提出了将光伏(PV)与储氢系统(HPVHS-混合光伏制氢系统)相结合的建议。拟议的系统将解决本质上是随机的并网光伏系统(GPVS)的问题。已经提出了利用提议的HPVHS作为静态同步补偿器(STATCOM)进行直接和间接电网电压调节的控制策略。已经表明,基于这种控制策略的HPVHS将改善GPVS对干扰,电压骤降的响应,并且在提前一天的市场中应至少提前24小时做出电源决定,这将改善GPVS的动态性能。完成了基于MATLAB / SIMULINK的仿真,并提供了结果,以证明所提出的控制策略的有效性。

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