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Hybrid Invasive Weed optimization - Particle Swarm optimization Algorithm for Biomass/PV Micro-grid Power System

机译:混合入侵杂草优化-生物质/光伏微电网系统的粒子群优化算法

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Agricultural waste is a stable source of biomass for generating energy. Model analysis for a hybrid biomass-PV micro-grid was carried out in this study. The model analysis shows the ability to meet the power demand requirements of a joined irrigation and a household demand of a farm fruits in Egypt. In this manuscript, an efficient hybridization of two metaheuristic mechanisms, addressed Invasive Weed optimization (IWO) and Particle Swarm optimization (PSO), were presented. The new algorithm is named (HIWO/PSO) and applied to take out the optimum sizing of the suggested system. The total net present cost (TNPC), the loss of power supply probability (LPSP) and the excess energy fraction (EEF) have been applied as an exponent to estimate the competence of the introduced micro-grid.
机译:农业废物是产生能量的生物质的稳定来源。在这项研究中进行了混合生物质-PV微电网的模型分析。模型分析显示了满足联合灌溉的电力需求要求和埃及农场水果的家庭需求的能力。在此手稿中,提出了两种超启发式机制的有效混合,分别解决了侵入性杂草优化(IWO)和粒子群优化(PSO)。将该新算法命名为(HIWO / PSO),并将其应用到建议系统的最佳尺寸确定中。总净现成本(TNPC),电源损失概率(LPSP)和过剩能量分数(EEF)已作为指数来估算引入的微电网的能力。

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