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Research on Collaborative Forecasting in Grid-Connected Wind Power System

机译:网格连接风电系统协作预测研究

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Proportion of grid-connected renewable energy power generation in the micro-grid system keeps increasing year by year, however, renewable energy power generation has a strong intermittency and volatility, which may bring some adverse effects on the power grid and affect the power quality to a certain extent. Meanwhile, it will also reduce the reliability of system scheduling operation, increase the operating cost of the system. Improving the power forecasting and load forecasting ability of renewable energy power generation, solving a reasonable power system scheduling optimization model of grid-connected renewable energy power generation can improve the utilization of renewable energy, reduce the effect of micro-grid system on the grid. Firstly analyze different power generation forecasting methods of green renewable energy, secondly compare different load forecasting methods. Then present situation of subject related application technology at home and aboard are introduced in details, finally summarize the research status of micro-grid system, discuss the existing issue of current research, and look forward to the future of research direction.
机译:微电网系统中网格连接的可再生能源发电的比例逐年不断增加,但可再生能源发电具有强大的间歇性和波动性,这可能会对电网带来一些不利影响,并影响电力质量一定程度。同时,它还将降低系统调度操作的可靠性,提高系统的运营成本。改善可再生能源发电的功率预测和负载预测能力,解决了网络连接可再生能源发电的合理电力系统调度优化模型,可以提高可再生能源的利用,降低微电网系统对网格的影响。首先分析了绿色可再生能源的不同发电预测方法,其次比较了不同的负荷预测方法。然后,在家庭和船上的主题相关应用技术的现状详细介绍,最后总结了微电网系统的研究现状,讨论了现有的当前研究问题,并期待着研究方向的未来。

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