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近日，IEEE Power and Energy Society（电气与电子工程师协会电力和能源学会，简称IEEE PES）发布了2021年度IEEE Transactions on Smart Grid（《IEEE智能电网汇刊》）最佳论文评选结果。电机系智慧能源课题组发表的论文《Review of Smart Meter Data Analytics: Applications, Methodo...
Grid reliability under climate change may require more power generation capacity（图）
Grid reliability climate change power generation capacity
2019/12/6
NSF-funded researchers are using a new modeling approach for infrastructure planning of a long-term electricity grid that considers future climate and water resource conditions. Those conditions incl...
Study Finds ‘Smart’ Transformers Could Make Reliable Smart Grid a Reality
Smart Transformers Smart Grid
2017/7/24
The feasible equilibria of operation of distribution-level power system models interfaced with solid-state transformers (SST) are analyzed and presented through a set of analytical relationships. The ...
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2017 IEEE创新智能电网技术会议（2017 IEEE Power & Energy Society Innovative Smart Grid Technologies Conference）
2017 IEEE 创新 智能 电网技术 会议
2017/3/10
The Eighth Conference on Innovative Smart Grid Technologies (ISGT 2017), sponsored by the IEEE Power & Energy Society (PES), will be held on April 23-26, 2017 at the Crystal Gateway Marriott, Arlingto...
Device “Fingerprints” Could Help Protect Power Grid,Other Industrial Systems（图）
Fingerprints Protect Power Grid Industrial Systems
2016/3/2
Researchers are using the same principle to identify devices on electrical grid control networks, using their unique electronic “voices” – fingerprints produced by the devices’ individual physical cha...
GridSpice:A Distributed Simulation Platform for the Smart Grid
Electric vehicles multiagent systems power system simulation
2015/8/12
This paper describes GridSpice, a scalable opensource simulation framework for modeling, designing, and planning of the smart grid. GridSpice seamlessly integrates existing electric power simulation t...
Distributed Technique for Power ‘Scheduling’ Advances Smart Grid Concept
Distributed Technique Scheduling Smart Grid Concept
2015/7/13
Scheduling of storage devices in microgrids with multiple renewable energy resources is crucial for their optimal and reliable operation. With proper scheduling, the storage devices can capture the en...
2014 IEEE Power & Energy Society Innovative Smart Grid Technologies Conference (ISGT)
2014 IEEE Power & Energy Society Innovative Smart Grid Technologies Conference ISGT
2014/1/20
Power and Energy System Applications (generation, transmission, distribution, distribution, markets, operations, and planning) - Cyber and Physical Security Systems (Intelligent Monitoring and Outage ...
The Smart Grid, Entry, and Imperfect Competition in Electricity Markets
The Smart Grid, Entry Imperfect Competition Electricity Markets
2013/7/24
The Smart Grid, Entry, and Imperfect Competition in Electricity Markets。
基于全网协调优化的广东500 kV电网控制方案（Study on Optimized Coordinating Security and Stability Control Scheme of 500 kV Guangdong Power Grid）
协调优化 安全稳定控制 运行方式 500 kV电网
2010/8/17
分析了南方电网的送入直流及相关重要500 kV线路N-2故障，提出了省、网间协调优化的原则和建议，制定了广东500 kV电网安全稳定控制方案：广东电网安稳控制系统仅通过广东罗洞主站接受南网罗洞主站发送的切负荷命令，与南方电网其余的通信断开备用，并采取快速切除元件、改变运行方式等措施，以实现了三道防线间的优化配合。该方案简洁有效，且易于运行。
提高广东架空送电线路输送容量研究（Study on Raising Transmission Capacity of Overhead Transmission Line in Guangdong Power Grid ）
架空线路 输送容量 环境温度 跨越距离 正常允许电流 特殊允许电流
2010/8/17
阐述架空导线载流控制条件，分析广东架空送电线路实际运行条件和广东地区多年实测气象参数，制定广东架空线路正常运行允许电流I0，通过风险分析证实现有线路正常载流能力可安全地提高7%以上。在正常允许电流I0的基础上，挖掘运行线路跨越距离裕度，提出架空线路在检修、应急两种特殊运行条件下的允许电流I1、I2及其确定原则，通过对实际线路开展测量和验算，确认电网特殊情况下存在安全增容的可能性，特定线路可以多输送...
南方电网500 kV交流输电线路防雷策略（Research on Anti-lightning Strategy and External Optimization Configuration Principle of 500 kV AC Transmission Line in China Southern Power Grid）
防雷策略 饱和等值盐密法 优化配置
2010/8/17
针对南方电网500 kV交流输电线路故障特点，对几种典型的防雷措施（减小地线保护角、加强线路绝缘水平、降低接地电阻）从适用范围、效果和经济性等方面进行了分析。对不同类型的绝缘子进行了长串人工污秽试验研究，并采用饱和等值盐密法提出了南方电网500 kV交流输电线路外绝缘配置原则；并对不同外绝缘配置方案进行了技术经济比较，推荐了线路外绝缘优化配置方案。
无线技术在现代电网管理中的应用与展望（Development of Wireless Technology in Modern Power Grid Management and its Perspective）
无线技术 现代电网 无线功率传输 Zigbee
2010/8/17
无线技术综合了传感器和无线网络通信的技术优势，具有广阔的应用前景。文章在介绍无线技术基本概念、一些常用的无线传输技术和一些代表性电力研究项目和应用的基础上，阐述了无线通信技术在现代电网管理中的作用，包括其优势、不足及发展前景。
