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A Power saving approach to Self-Sustained Microgrid

机译:自持续微电网的省电方法

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This paper proposed a scheme in which demand side management through voltage reduction is carried out. The strategy implemented to reduce voltage is conservative voltage reduction (CVR). The distributed generation is photovoltaic system and it is connected to the microgrid. The reduction in voltage saves an appreciable amount of active (kW) and reactive (kVAR) power. The power reserve created used to cater more demand. The P & O MPPT algorithm is connected to the photovoltaic system to get the desired result. The DC-DC converter used is interleaved boost converter as the converter has minimum ripples and higher voltage gain. The MATLAB simulation is performed and all the results have been validated.
机译:本文提出了一种方案,其中通过降压进行需求侧管理。实现以降低电压的策略是保守的电压降低(CVR)。分布式产生是光伏系统,它连接到微电网。降低电压可节省可观的有效(kW)和反应(KVAR)功率。用于迎合更多需求的电源储备。 P&O MPPT算法连接到光伏系统以获得所需的结果。使用的DC-DC转换器是交错的升压转换器,因为转换器具有最小的波纹和更高的电压增益。执行MATLAB模拟,所有结果已被验证。

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