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关于智能电网发展的几点思考
作者姓名:童光毅  王梦真  杜松怀  胡波  苏娟
作者单位:1.中国农业大学 信息与电气工程学院,北京 100083
基金项目:国家重点研发计划资助项目“未来电力系统结构形态演化模型及电力预测方法”2016YFB0900101
摘    要:  目的]  为了理清智能电网作为新一代能源体系核心平台的相关概念和发展思路。  方法]  利用文献综述法梳理了微电网、泛能网和能源互联网的概念及其与智能电网的关系。结合我国的能源发展现状和战略需求,探讨了我国智能电网的建设思路和重点。  结果]  智能电网是传统电力系统和现代信息技术的深度融合,而能源互联网是智能电网和互联网思维模式、技术的深度融合。智能电网是能源互联网的基础平台,微电网、泛能网、智能电网和能源互联网都以实现更加清洁、高效、灵活的用能为目标。  结论]  智能电网建设应在强调高压侧智能化控制的同时,同步建设智能配电网,鼓励以多能互补为核心的泛能网的发展。

关 键 词:智能电网    发展模式    微电网    泛能网    能源互联网
收稿时间:2018-06-01

Some Ideas on the Development Mode of Smart Grid
Affiliation:1.College of Information and Electrical Engineering, China Agricultural University, Beijing 100083, China2.Central Research Institute of State Power Investment Corporation Limited, Beijing 102209, China3.Global Energy Interconnection Development and Corporation Organization, Beijing 100013, China
Abstract:  Introduction]  This paper aims to clarify the concepts and thinking of smart grid. Smart grid is the core platform of the new energy system. It is important for the adjustment of energy structure to develop smart grid .  Method]  This paper used the literature review method to sort out the concepts of microgrid, ubiquitous energy network and energy internet and its relationship with smart grid. Combined with China's energy development status and strategic needs, this paper discussed the construction ideas and key points of China's smart grid.  Result]  Smart grid is the deep integration of traditional power system and modern information technology, and energy Internet is the deep integration of smart grid and Internet thinking mode and technology. Smart grid is the basic platform of energy Internet. Microgrid, ubiquitous energy grid, smart grid and energy internet all aim to achieve cleaner, efficient and flexible energy use.  Conclusion]  Our data suggests that intelligent control on the high voltage side and intelligent built on distribution network should be emphasized and we should encourage the development of ubiquitous energy Internet which focus on the multiple energy sources complement.
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