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The Case Analysis of the Permeability of Distributed Grid-connected Photovoltaic Generation

机译：分布式电网连接光伏发电渗透性的情况分析

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Distributed generation could be used as a useful supplement to the power grid, which was also the basis of the development of global energy internet. However, a large amount of clean energy integrated into power grid would bring huge challenges to the traditional power grid. In this paper, the state of distributed grid-connected photovoltaic generation in Songjiang District of Shanghai was analyzed. Then taking a distributed grid-connected photovoltaic generation project as an example, on the basic of the actual data of load and photovoltaic power, a mathematical model was built by matlab software in order to discuss the relationship between the permeability of distributed grid-connected photovoltaic generation and traditional grid units coordination ability. The utilization and installed capacity of the photovoltaic generation were calculated at different permeability levels, which provided construction suggestions for optimizing the configuration of photovoltaic and improving the ability of the system admitting the photovoltaic.
机译：分布式发电可以用作电网的有用补充，这也是全球能源互联网发展的基础。然而，集成到电网的大量清洁能量将为传统电网带来巨大挑战。本文分析了上海松江区分布式电网连接的光伏发电状态。然后以分布式电网连接的光伏发电项目为例，在负载和光伏电源的实际数据的基本上，Matlab软件建造了一个数学模型，以讨论分布式网格连接光伏的渗透性之间的关系生成和传统网格单元协调能力。光伏发电的利用和装机容量在不同的渗透率水平下计算，这提供了用于优化光伏配置的施工建议，提高系统允许光伏的能力。

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