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Reliability Assessment of Power System with Renewable Source using ETAP

机译:使用ETAP的可再生能源电力系统可靠性评估

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The reliability assessment of future distribution network is an important subject due to the increasing demand for reliable service with the need for a lower frequency and also lower duration interruption. The connection of future distribution networks may not be simple radial circuits and analysing the reliability of such a network is usually complicated and time consuming. In this project, the reliability in the distribution system by using Photovoltaic (PV) system as a Distributed Generation (DG) is described. The power flow analysis is also used to determine the optimum location and size for DG by using PSAT tool in MATLAB software. The IEEE 14-bus system is used to illustrate the analysis and calculate reliability indices by using ETAP software. Based on this study, the installation of DG can improve the voltage profile of buses and reduce power losses.
机译:由于对可靠服务的需求不断增加,同时对低频和持续时间的要求也越来越低,未来配电网的可靠性评估成为重要课题。将来的配电网络的连接可能不是简单的径向电路,分析这种网络的可靠性通常很复杂且耗时。在本项目中,描述了通过使用光伏(PV)系统作为分布式发电(DG)的配电系统的可靠性。通过使用MATLAB软件中的PSAT工具,可以使用潮流分析来确定DG的最佳位置和大小。 IEEE 14总线系统用于说明分析并通过ETAP软件计算可靠性指标。根据这项研究,DG的安装可以改善总线的电压分布并减少功率损耗。

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