可再生能源全景监测技术的研究与应用

Longlong Li, S. Xia, Zuyi Ren, Qing Zhao, Liuyang Peng, Ran Duan, Qing Fang, Lei Zhao
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引用次数: 0

摘要

随着可再生能源发电的不断发展和并网容量的快速增加,其发电不稳定性对电力系统的影响不容忽视。特别是在构建以可再生能源为基础的新型电力系统的背景下,提高可再生能源发电机组的感知和控制水平迫在眉睫。目前,可再生能源电站的控制方法比较广泛。一般情况下,可再生能源站并网电路开关或变压器低压侧采集电路开关直接关断,容易造成较大过切,增加重新并网的工作量。与此同时,可再生能源电站无功设备的配套能力已经丧失。可再生能源全景监控系统的建设和推广,可以全面监控可再生能源电站的运行状态,使可再生能源电站能够更灵活地参与电网安全稳定控制,丰富和完善大电网的安全控制方式,减少电力系统故障对可再生能源电站发电的影响。
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Research and Application of Renewable Energy Panoramic Monitoring Technology
With the continuous development of renewable energy power generation and the rapid increase of grid-connected capacity, the impact of its power generation instability on the power system cannot be ignored. Especially under the background of building a new power system based on renewable energy, it is urgent to improve the perception and control level of renewable energy power generation units. At present, the control methods for renewable energy power stations are relatively extensive. Generally, the grid-connected circuit switch of the renewable energy station or the collection circuit switch at the low-voltage side of the transformer is directly turned off, which is likely to cause a large over-cut and increase the workload for re-gridding. At the same time, the supporting capacity of the reactive equipment in the renewable energy station has been lost. The construction and promotion of renewable energy panoramic monitoring system can comprehensively monitor the operation status of renewable energy stations, enable renewable energy stations to participate in the power grid security and stability control in a more flexible way, enrich and improve the security control methods of the large power grid, and reduce the impact of power system faults on the power generation of renewable energy stations.
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