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Studies on the reliability and reserve capacity of electric power system with wind power integration

机译:风电集成电力系统的可靠性和备用容量研究

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The reliability of power system will obviously be influenced by wind farms connected because of the volatility of wind power. With the increase of wind power penetration, it's necessary to research the influence of wind power integration on the reliability level of system and how much reserve capacity should we increase in order to stabilize the influence of wind power on power system reliability. In this paper a reliability evaluation model is built by Monte Carlo method and also a reserve optimization model, which can be used to analyze changes of system reliability in conditions of different grid-connected wind farms, and to find out the optimum of system reserve to achieve unifying the maximum utilization of new energy and meanwhile high reliability of power system.
机译:由于风力发电的波动性,电力系统的可靠性显然会受到所连接的风电场的影响。随着风电渗透的增加,有必要研究风电集成对系统可靠性水平的影响,以及需要增加多少备用容量以稳定风电对电力系统可靠性的影响。本文通过蒙特卡洛方法建立了可靠性评估模型,并建立了储备优化模型,可用于分析不同并网风电场条件下系统可靠性的变化,并找出最优的系统储备。实现统一利用新能源,同时提高电力系统的可靠性。

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