摘要
概述了智能电网的诸多方面,其中包括智能电网的定义和发展历程以及智能电网的主要特点及其优劣势。通过分析探讨其所需要的关键技术,包括:传感与测量技术;高速通信技术;数据分析与优化技术,阐述了高新技术对智能电网发展的重要性。并且通过分析智能电网所面临的技术挑战;管理与政策挑战,得出了智能电网普及的难度及多方合作对智能电网普及与应用的重要性,并提出了部分应对策略。通过对国内外智能电网建设的实际案例分析,进一步阐释了智能电网在新能源接入与节能减排中的重要作用。最后,对智能电网的发展趋势与未来挑战进行了展望与期待,并介绍了智能电网在能源领域的深远影响和其他领域中不可替代的作用。
This Paper comprehensively outlines many aspects of intelligent grids,including the definition and development history of intelligent grids,as well as the main characteristics of intelligent grids with their advantages and disadvantages.By analyzing and exploring the key technology required,including sensing and measurement technology;high-speed communication technology;data analysis and optimization technology,the importance of high-tech to the development of intelligent grids is explained.By analyzing the technical challenge,management and policy challenge faced by intelligent grids,the difficulty of popularizing intelligent grids and the importance of multi-party cooperation to the popularization and application of intelligent grids are concluded,some coping strategies are proposed.Through the analysis actual cases of intelligent grid construction at domestic and foreign,this paper further explains the important role of intelligent grids in new energy access and energy conservation and emission reduction.Finally,the article looks forward to the development trend and future challenge of intelligent grids,and introduces the far-reaching impact of intelligent grids in the energy field and their irreplaceable role in other fields.
作者
刘星彤
LIU Xing-tong(Shenyang Electrical Driving Research Institute(Co.Ltd.,),Shenyang 110141,China)
出处
《电气开关》
2025年第1期5-10,共6页
Electric Switchgear
关键词
智能电网
关键技术
挑战与应对策略
实践案例
发展趋势
intelligent grid
key technology
challenge and strategy
practical case
development trend
