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Research on Coordinated Dispatch Model Based on New Energy Consumption

机译:基于新能源消费的协调调度模型研究

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With the transformation and development of global energy, China is also gradually establishing a clean, low-carbon and high-efficiency new energy system, and continuously increasing the installed capacity of renewable energy power generation, mainly focusing on the stable operation and market elimination after the grid has been connected to new energy generation. The phenomenon of severely abandoned wind caused by insufficient light was abandoned. It is necessary to study the natural features of renewable energy and the features of power generation and operation on the Internet, and to improve the strategies for promoting the absorption of renewable energy. This paper establishes an evaluation index system for the generation side and grid side, and establishes a cost-effective model for each participant individually. The cost-benefit analysis method was used to evaluate the effectiveness of the strategies proposed to promote the absorption of renewable energy. Finally, examples are used to verify the role of these strategies in promoting renewable energy consumption, reducing system peak-to-valley differences, and improving the safe and stable operation of the power grid.
机译:随着全球能源的转型和发展,中国也正在逐步建立清洁,低碳,高效的新能源体系,并不断增加可再生能源发电的装机容量,主要集中在发电后的稳定运行和市场淘汰。电网已连接到新能源发电。光线不足导致的严重弃风现象被放弃。有必要研究可再生能源的自然特征以及互联网上发电和运行的特征,并改善促进吸收可再生能源的策略。本文建立了发电侧和电网侧的评价指标体系,并为每个参与者分别建立了成本效益模型。成本效益分析方法用于评估所提出的促进可再生能源吸收的策略的有效性。最后,通过示例来验证这些策略在促进可再生能源消耗,减少系统峰谷差异以及改善电网安全稳定运行方面的作用。

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