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Energy Efficiency of Microgrid Implementation with Solar Photovoltaic Power Plants

机译:利用太阳能光伏电站实施微电网的能源效率

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The work with the use of simulation in the software Matlab / Simulink / SymPowerSystems environment considers construction of a local Smart Grid energy supply system with distributed solar power plants. The obtained model allows us to investigate the work of the intelligent network in any quasi-steady and transitional modes, including emergency ones. A distinctive feature of the proposed model is the localization of places for the installation of power active filter-compensating devices, the use of which allows providing the necessary quality of electric energy and achieving the minimum energy losses in the elements of the energy supply system. According to the results of the simulation, the comparison of the energy efficiency of the traditional energy supply system and Smart Grid has been made.
机译:在Matlab / Simulink / SymPowerSystems软件环境中使用仿真进行的工作考虑了构建具有分布式太阳能发电厂的本地智能电网能源供应系统。所获得的模型使我们能够以任何准稳定和过渡模式(包括紧急模式)研究智能网络的工作。所提出的模型的一个显着特征是对功率有源滤波器补偿设备的安装位置进行了局部化,使用该位置可以提供必要的电能质量,并在能量供应系统的各个组成部分中实现最小的能量损失。根据仿真结果,对传统能源供应系统和智能电网的能效进行了比较。

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