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Sizing and performance analysis of standalone wind-photovoltaic based hybrid energy system using ant colony optimisation

机译:基于蚁群算法的风能-光伏混合能源独立系统规模计算与性能分析

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摘要

This study presents a wind–solar photovoltaic based standalone hybrid energy system (HES) for an un-electrified village for central region of India – Madhya Pradesh. The inputs for the designing of HES are wind speed, solar radiation, temperature and the load demand which are variable with respect to time. In this study, hourly values of meteorological data and hourly load demand are considered over a year. For sizing and performance analysis of this standalone HES, ant colony optimisation technique has been used. The performance analysis of the system is done for the various parameters such as total cost of the system, power generated by various sources, state of charge of battery, contribution of various sources, continuity of supply to the load demand and unmet load. The obtained optimal configuration of the proposed HES is found to provide minimal energy cost with excellent performance and reduced unmet load.
机译:这项研究提出了一种基于风光光伏的独立混合能源系统(HES),用于印度中部地区中央邦一个未电气化的村庄。用于设计HES的输入是风速,太阳辐射,温度和负载需求,它们随时间而变化。在这项研究中,考虑了一年中的每小时气象数据值和每小时负荷需求。为了对此独立的HES进行规模确定和性能分析,已使用了蚁群优化技术。针对各种参数进行系统的性能分析,例如系统的总成本,各种来源产生的功率,电池的充电状态,各种来源的贡献,对负载需求的供电连续性和未满足的负载。已发现所提出的HES的最佳配置可提供最低的能源成本,并具有出色的性能并降低了未满足的负载。

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