Grid Connected Interactive Photovoltaic Power Flow Analysis: A Technique for System Operation Comprehension and Sizing

M. Djarallah, B. Azoui
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引用次数: 16

Abstract

The progressive tendency, of the photovoltaic (PV) system connected to the electrical grid, is establishing new applications, in a way that, such system has to be optimised. Nowadays, many of these configurations start to bring benefits into the electrical network, such as: export/import of real and reactive powers, quick fix to shortages in power when used with storage equipment, active power mains harmonics filtering, and reduction of greenhouse emission and environment friendly power generation source. In this context, this paper deals with modelling and analysis of a grid connected PV system power flow, with the consideration of chain parasitic resistances and inductances. As a result, this leads to understand and infer various possible operating modes and system design concept
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并网交互式光伏潮流分析:一种系统运行理解与量化技术
与电网相连的光伏(PV)系统的发展趋势,正在以一种必须优化的方式建立新的应用。如今,许多这样的配置开始为电网带来好处,例如:输出/输入实功率和无功功率,与存储设备一起使用时快速解决电力短缺问题,有功电源谐波滤波,减少温室气体排放和环保发电源。在此背景下,本文对考虑链寄生电阻和电感的并网光伏系统潮流进行建模和分析。因此,这导致理解和推断各种可能的运行模式和系统设计理念
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