Construction and Selection of Transmission Modes for Renewable Energy of Western China in the Future

机译：未来中国西部地区可再生能源传输模式的构建与选择

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摘要

Distribution of renewable energy and load centers in China is geographically reverse. It is very necessary to transfer large amount of electric power in Western China with long-distance transmission technology. Based on distribution characteristics of western resources and the outgoing power flow in the future, a construction method of transmission modes is proposed. According to this method and the development trend of transmission technology, four specific transmission modes, i.e. UHVAC transmission mode, UHVDC transmission mode, DC grid mode and superconducting transmission mode in Western China, are constructed. The advantages and disadvantages of each mode are also presented. After that, a mode selection model based on the analytic hierarchy process is established to select the most likely mode in 2030 and 2050. Finally, through mathematical calculation, the recommended transmission modes for renewable energy of Western China in 2030 and 2050 are proposed.

机译：中国可再生能源和负荷中心的分布在地理上是相反的。在中国西部地区，利用长距离传输技术传输大量电力是非常必要的。根据西方资源的分布特点和未来的输出潮流，提出一种传输方式的构建方法。根据这种方法和输电技术的发展趋势，构建了中国西部特高压输电模式，特高压直流输电模式，直流电网模式和超导输电模式四种特定的输电模式。还介绍了每种模式的优缺点。之后，建立了基于层次分析法的模式选择模型，以选择2030年和2050年最可能的模式。最后，通过数学计算，提出了2030年和2050年中国西部可再生能源的推荐传输模式。

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《IEEE PES GTD Grand International Conference and Exposition Asia》|2019年|417-422|共6页
会议地点 Bangkok(TH)
作者
Wei Yao; Jian Ding; Jiajun Nan; Chengxiang Yang; Cai Yan; Jinyu Wen; Yunting Song;
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State Key Laboratory of Advanced Electromagnetic Engineering and Technology Huazhong University of Science and Technology Wuhan China;

China Electric Power Research Institute Beijing China;

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Renewable energy sources; Power grids; Superconducting transmission lines; Load flow; Europe; Hydroelectric power generation; Wind energy;

机译：可再生能源;电网；超导传输线；潮流欧洲;水力发电；风能;

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Construction and Selection of Transmission Modes for Renewable Energy of Western China in the Future

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