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Optimal Power Consumption in Micro Grid Based on PV Array

机译:基于PV阵列的微网格最优功耗

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Microgrids provide the ability to take energy from the grid as well as feed power directly to the grid through low voltage networks, thereby allowing the customer to become an active participant in the grid. They should also be able to work in emergency state and be disconnected from the grid, called islanded mode. Prediction and forecasting of renewable energy production plays a key role in microgrid management and control. Prediction algorithms are implemented part of the Energy Information Algorithm of microgrids. In smart microgrid is coupled with power system to deliver a smart system that can provide energy in efficient manner. Energy information system plays, therefore, a key role in managing the resources within the microgrid and can be thought as a layer on the top of the power layer.
机译:MicroGrids提供了通过低电压网络直接从电网和进给电力的能量的能力,从而允许客户成为网格中的主动参与者。 它们还应该能够在紧急状态下工作并与网格断开,称为岛屿模式。 可再生能源生产的预测和预测在微电网管理和控制中起着关键作用。 预测算法是实现了微普林能量信息算法的一部分。 在智能微电网中,耦合电源系统以提供可以以有效的方式提供能量的智能系统。 因此,能量信息系统播放在管理微电网内的资源方面的关键作用,并且可以被认为是电源层顶部的层。

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