[{"name":"电力系统","count":3138,"id":1},{"name":"Power System","count":1641,"id":2},{"name":"自动化","count":922,"id":3},{"name":"高电压技术","count":856,"id":4},{"name":"电力市场","count":649,"id":5},{"name":"High Voltages","count":437,"id":6},{"name":"新能源与分布式发电","count":364,"id":7},{"name":"直流输电与直流电网","count":348,"id":8},{"name":"支撑碳达峰、碳中和的能源电力关键技术","count":330,"id":9},{"name":"Key Technologies of Power and Energy Systems for Supporting Peak Carbon Dioxide Emissions and Carbon Neutrality","count":325,"id":10},{"name":"Automation","count":317,"id":11},{"name":"HVDC Transmission & HVDC Grid","count":307,"id":12},{"name":"Electricity Market","count":268,"id":13},{"name":"Renewable Energy Generation and Integration","count":254,"id":14},{"name":"可再生能源发电与综合消纳技术","count":237,"id":15},{"name":"国家重点研发计划","count":224,"id":16},{"name":"National Key Research and Development Program of China","count":206,"id":17},{"name":"高比例可再生能源并网","count":191,"id":18},{"name":"低碳电力技术","count":188,"id":19},{"name":"输配电技术","count":184,"id":20},{"name":"High Share of Renewable Energy Integration","count":178,"id":21},{"name":"Low-Carbon Electricity","count":167,"id":22},{"name":"Energy Internet","count":158,"id":23},{"name":"应用研究","count":158,"id":24},{"name":"能源互联网","count":158,"id":25},{"name":"国家重点基础研究项目","count":147,"id":26},{"name":"特高压输电","count":147,"id":27},{"name":"电能质量","count":144,"id":28},{"name":"供配用电","count":139,"id":29},{"name":"学术研究","count":135,"id":30},{"name":"New Energy & Distributed Generation","count":126,"id":31},{"name":"The Key Technologies of Electricity Markets Design and Operation for New Power System","count":123,"id":32},{"name":"面向新型电力系统的电力市场设计和运营关键技术","count":123,"id":33},{"name":"经验交流","count":114,"id":34},{"name":"专家论坛","count":87,"id":35},{"name":"智能电网技术","count":78,"id":36},{"name":"面向双碳目标的综合能源系统关键技术","count":71,"id":37},{"name":"Key Technologies of Integrated Energy Systems Towards Carbon Peaking and Carbon Neutrality Goals","count":70,"id":38},{"name":"Transmission and Distribution","count":69,"id":39},{"name":"Power Quality","count":59,"id":40},{"name":"工程应用","count":56,"id":41},{"name":"综述","count":56,"id":42},{"name":"Engineering Applications","count":54,"id":43},{"name":"行业信息","count":54,"id":44},{"name":"特约专稿","count":53,"id":45},{"name":"电网建设","count":50,"id":46},{"name":"Artificial Intelligence Technology Application in New Generation Power System and Energy Internet","count":49,"id":47},{"name":"New Power System Fault Characteristics and Relay Protection Technology","count":49,"id":48},{"name":"新型电力系统故障特征及继电保护技术","count":49,"id":49},{"name":"Ultra High Voltage Transmission","count":48,"id":50},{"name":"讨论与建议","count":45,"id":51},{"name":"成果报道","count":43,"id":52},{"name":"低碳电力技术(特约栏目主编 康重庆)","count":41,"id":53},{"name":"开发与应用技术","count":41,"id":54},{"name":"新型电力系统安全稳定分析与控制","count":41,"id":55},{"name":"Analysis and Control of New Power System Security and Stability","count":40,"id":56},{"name":"能源互联网(特约栏目主编 孙宏斌、冯庆东)","count":40,"id":57},{"name":"Complementary Coordinated Dispatching and Control of Multi-energy Power System","count":39,"id":58},{"name":"多能源电力系统互补协调调度与控制","count":39,"id":59},{"name":"面向新一代电力系统和能源互联网的人工智能技术","count":39,"id":60},{"name":"大规模交直流混联电网运行特性、风险及控制技术(特约栏目主编 汤涌、易俊)","count":38,"id":61},{"name":"新型电力系统多元资源协调优化调度与控制","count":37,"id":62},{"name":"电力市场理论与实践","count":36,"id":63},{"name":"Smart Electricity Consumption Technology","count":34,"id":64},{"name":"新能源发电与运行控制新技术","count":34,"id":65},{"name":"智能用电技术","count":34,"id":66},{"name":"Smart Grid Technology","count":33,"id":67},{"name":"全国联网与西电东送","count":33,"id":68},{"name":"Artificial Intelligence Technology Application in New Generation Power System and Internet","count":32,"id":69},{"name":"新技术新产品","count":32,"id":70},{"name":"电力通信","count":32,"id":71},{"name":"面向新型电力系统和能源互联网的人工智能技术","count":32,"id":72},{"name":"State Basic Research Program Column","count":31,"id":73},{"name":"Analysis Method and Optimization Technology of the Carbon-electric Coupling System","count":26,"id":74},{"name":"特高压输电技术","count":26,"id":75},{"name":"统计与分析","count":25,"id":76},{"name":"Research on Morphological Characteristics and Interactive Mechanism of Regional Energy Internet(REI)","count":24,"id":77},{"name":"区域能源互联网的形态特征与互动机制研究","count":24,"id":78},{"name":"特高压复合绝缘子专辑","count":24,"id":79},{"name":"面向能源互联网的储能系统集成控制及运行规划关键技术","count":24,"id":80},{"name":"Frequency Security Analysis and Source-load-storage Interaction Control of New-type Power Systems","count":23,"id":81},{"name":"New Technologies in Generation, Operation and Control of Renewable Energy","count":23,"id":82},{"name":"Special Issue on Coordinated Scheduling Optimization and Control of Diverse Resources in New Electrical Power Systems","count":23,"id":83},{"name":"Theory and Method of Intelligent Planning for New Power Systems in Response to Extreme Events","count":23,"id":84},{"name":"低碳电力技术 (特约专题主编 康重庆)","count":23,"id":85},{"name":"应对极端事件的新型电力系统智能规划理论与方法","count":23,"id":86},{"name":"新型电力系统频率安全分析与源荷储互动控制","count":23,"id":87},{"name":"Key Technologies of Integrated Energy System Operation and Planning in Park-Level Microgrid","count":22,"id":88},{"name":"低碳电力技术 (特约栏目主编 康重庆)","count":22,"id":89},{"name":"电磁干扰研究专辑","count":22,"id":90},{"name":"面向园区微网的综合能源系统运行规划关键技术","count":22,"id":91},{"name":"Operation Control and Flexible Interconnection of Large Power Grid","count":21,"id":92},{"name":"Power Svstem","count":21,"id":93},{"name":"大电网运行控制及柔性互联","count":21,"id":94},{"name":"配电网新型测量技术及其在感知与控制中的应用","count":21,"id":95},{"name":"Key Technologies of Spot Market Construction Under New Power Industry Reform Background","count":20,"id":96},{"name":"Topics of AC/DC Interconnected Power Grids Simulation","count":20,"id":97},{"name":"国外电力","count":20,"id":98},{"name":"新电改背景下电力现货市场建设关键技术","count":20,"id":99},{"name":"Key Technologies of Active Participation and Defence for the Advanced Power Electronics in Smart Distribution Networks","count":19,"id":100},{"name":"Key Technologies of Integration, Control and Operation Planning of Energy Storage Systems fox Energy Internet","count":19,"id":101},{"name":"Power Grid Cyber-Physical Systems","count":19,"id":102},{"name":"可再生能源发电与综合消纳技术(特约栏目主编 陈皓勇、李方兴)","count":19,"id":103},{"name":"智能配电网故障态下先进电力电子设备主动参与防御的关键技术","count":19,"id":104},{"name":"电力系统电碳耦合分析与优化技术","count":19,"id":105},{"name":"电网信息物理系统","count":19,"id":106},{"name":"Special Paper","count":18,"id":107},{"name":"直流电网基础理论及关键技术","count":18,"id":108},{"name":"直流输电与直流电网(特约栏目主编 汤广福)","count":18,"id":109},{"name":"Research and Practice of Artificial Intelligence Technology Application in the Field of Power Grid Dispatching and Control","count":17,"id":110},{"name":"Special Issue on 2009 International Conference on UHV Transmission","count":17,"id":111},{"name":"交直流互联电网仿真","count":17,"id":112},{"name":"可再生能源发电及并网消纳技术","count":17,"id":113},{"name":"小信息","count":17,"id":114},{"name":"特高压交流试验示范工程建设专辑","count":17,"id":115},{"name":"电网调控领域人工智能技术应用研究与实践","count":17,"id":116},{"name":"能源互联网 (特约专题主编 孙宏斌)","count":17,"id":117},{"name":"Emerging Synchrophasor Measurement Techniques and the Application in Awareness and Control of Distribution Networks","count":16,"id":118},{"name":"Power Transmission Technology Based on Modular Multilevel Converters","count":16,"id":119},{"name":"±1100kV UHVDC Transmission Technology","count":16,"id":120},{"name":"事故分析","count":16,"id":121},{"name":"基于MMC的柔性输电技术","count":16,"id":122},{"name":"清洁能源并网规划与仿真专题","count":16,"id":123},{"name":"Commutation Failures of LCC-HVDC and Its Impact on Power Grid","count":15,"id":124},{"name":"Grid-friendly Wind Power Control Technology","count":15,"id":125},{"name":"Risk Analysis and Control of Ingegrated Energy Systems","count":15,"id":126},{"name":"The Key Technologies of Ubiquitous Power Internet of Things","count":15,"id":127},{"name":"泛在电力物联网关键技术","count":15,"id":128},{"name":"电网友好型风电控制技术","count":15,"id":129},{"name":"综合能源系统风险分析与控制","count":15,"id":130},{"name":"高压直流换相失败及其对电网的影响","count":15,"id":131},{"name":"Coordinated Scheduling Optimization and Control of Diverse Resources in New Electrical Power Systems","count":14,"id":132},{"name":"Flexibility Planning and Operation for Power Systems With High Share of Renewable Energy Generations","count":14,"id":133},{"name":"Special Issue for the 90th Anniversary of School of Electrical and Information Engineering of Tianjin University","count":14,"id":134},{"name":"天津大学电气自动化与信息工程学院90周年院庆专题","count":14,"id":135},{"name":"行业动态","count":14,"id":136},{"name":"高压技术","count":14,"id":137},{"name":"高比例可再生能源电力系统的灵活性规划和运行","count":14,"id":138},{"name":"Coordination and Optimization for AC/DC Hybrid System With a High Proportion of Renewable Energy Integrated","count":13,"id":139},{"name":"Fundamental Theory of Assessment, Planning and Operation for Resilient Distribution Network","count":13,"id":140},{"name":"Proceeding of UK-China Workshop on Sustainable Power Generation and Supply(SUPEREN)","count":13,"id":141},{"name":"Special Issue for the 70th Anniversary of School of Electrical and Electronic Engineering of Huazhong University of Science and Technology","count":13,"id":142},{"name":"中英电力可持续发展国际学术研讨会论文集","count":13,"id":143},{"name":"华中科技大学电气与电子工程学院70周年院庆专题","count":13,"id":144},{"name":"华北电网AGC技术与运行管理研讨会专辑","count":13,"id":145},{"name":"含高比例可再生能源的交直流混联系统协同优化运行","count":13,"id":146},{"name":"弹性配电网的评估、规划与运行基础理论","count":13,"id":147},{"name":"电力市场 (特约专题主编 李永刚、张粒子)","count":13,"id":148},{"name":"电力系统安全及其战略防御高级学术研讨会报告选登","count":13,"id":149},{"name":"直流输电与直流电网 (特约栏目主编 汤广福)","count":13,"id":150},{"name":"Application of Graph Computing, Knowledge Graph, Graph Machine Learning in Energy Internet","count":12,"id":151},{"name":"Electrical Magnetic Environment of Power Equipment","count":12,"id":152},{"name":"HVDC Transmission&HVDC Grid","count":12,"id":153},{"name":"±1100kV特高压直流输电技术","count":12,"id":154},{"name":"图计算、知识图谱、图机器学习在能源互联网中的应用","count":12,"id":155},{"name":"电网调度与运行","count":12,"id":156},{"name":"输变电设施电磁环境专栏","count":12,"id":157},{"name":"New Technologies in Generation, Operation and Control of Renewable Enemy","count":11,"id":158},{"name":"Power Market","count":11,"id":159},{"name":"Power Systems","count":11,"id":160},{"name":"大规模交直流混联电网运行特性、风险及控制技术","count":11,"id":161},{"name":"电力自动化","count":11,"id":162},{"name":"调度自动化","count":11,"id":163},{"name":"质检公告","count":11,"id":164},{"name":"Collaborative dispatch and interactive transactions in urban integrated energy systems","count":10,"id":165},{"name":"Control and Optimization of Water-electrolytic Hydrogen Production from Large-scale Renewable Energy Sources","count":10,"id":166},{"name":"Electric Vehicles and Energy Interconnections","count":10,"id":167},{"name":"Expert Point","count":10,"id":168},{"name":"Planning and simulation for Clean Energy Grid Inte","count":10,"id":169},{"name":"The Intelligent Decision-making Theory and Key Technologies for Optimal Operation of Energy Internet","count":10,"id":170},{"name":"低碳电力技术 ? 微电网专题","count":10,"id":171},{"name":"分布式可再生能源发电集群控制与并网消纳","count":10,"id":172},{"name":"城市综合能源系统协同调控与互动交易","count":10,"id":173},{"name":"大规模新能源电解制氢控制与优化技术(特约专题主编夏杨红、林今、雷金勇)","count":10,"id":174},{"name":"特高压半波长输电系列论文","count":10,"id":175},{"name":"理论研究","count":10,"id":176},{"name":"电动汽车与能源互联网","count":10,"id":177},{"name":"电气测量","count":10,"id":178},{"name":"直流输电与直流电网(特约栏目主编汤广福)","count":10,"id":179},{"name":"能源互联网优化运行智能决策理论与关键技术","count":10,"id":180},{"name":"面向新一代电力系统和能源互联网的人工智能","count":10,"id":181},{"name":"High Share of Renewable Energy Interation","count":9,"id":182},{"name":"New Technology for Offshore Wind Power Grid Integration","count":9,"id":183},{"name":"Novel Technologies for Transregional Transmission of Massive Renewable Power","count":9,"id":184},{"name":"Oscillatory Stability and System Safety of Large-Scale Renewable Energy Integrated Power Systems","count":9,"id":185},{"name":"大规模新能源并网系统振荡稳定性及安全运行","count":9,"id":186},{"name":"支撑新能源跨区输送的新型电网技术","count":9,"id":187},{"name":"智能用电技术(特约栏目主编 刘建明、杜蜀薇)","count":9,"id":188},{"name":"海上风电并网新技术","count":9,"id":189},{"name":"电动汽车与能源互联网(特约栏目主编 胡泽春)","count":9,"id":190},{"name":"Electromagnetic Environment of Power Transmission ","count":8,"id":191},{"name":"Power Grid Construction","count":8,"id":192},{"name":"Special Issue for the 75th Anniversary of Northeast Electric Power University","count":8,"id":193},{"name":"东北电力大学75周年校庆专题","count":8,"id":194},{"name":"主动配电网关键技术研究与示范 (特约专题主编 刘俊勇、刘广一)","count":8,"id":195},{"name":"全国联网讨论","count":8,"id":196},{"name":"智能电网","count":8,"id":197},{"name":"输变电工程电磁环境","count":8,"id":198},{"name":"Basic Theory on Planning, Operation and Marketing for Energy Internet","count":7,"id":199},{"name":"Emerging Technologies and Standards","count":7,"id":200}]
