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Power loss analysis in distribution system comprising photovoltaic energy source

机译:包含光伏能源的配电系统中的功率损耗分析

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The impact of power loss when renewable energy source is installed in distribution system is investigated. The distribution system is transferred from 115 kV, and 100 MVA into level of laboratory voltage 400 V, 150 VA distribution system converted by per-unit to 400 V, 150 VA using per-unit technique while the renewable source is simulated by using the simulator DC power (or photovoltaic simulator) with micro inverter. To study the characteristics and variation of power loss in distribution model, the size of load, and the location of renewable source are performed. The obtained result from experimental setup has been analyzed in terms of power loss. It can be seen that the distribution system can reduce the power loss when the renewable source is suitably interconnected in the distribution system.
机译:研究了将可再生能源安装在配电系统中时功率损耗的影响。将配电系统从115 kV和100 MVA转换为实验室电压等级400 V,150 VA配电系统,通过使用单位技术将其按单位转换为400 V,150 VA,同时使用模拟器模拟可再生能源带有微型逆变器的直流电源(或光伏模拟器)。为了研究配电模型中功率损耗的特性和变化,负载的大小以及可再生能源的位置。从功率损耗方面分析了从实验设置获得的结果。可以看出,当可再生资源在配电系统中适当地互连时,配电系统可以减少功率损耗。

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