Journal of Electric Power Science and Technology (dianli kexue yu jishu xuebao) is an open-access academic journal that comprehensively reports the latest research results in the theoretical and applied aspects of electric power science and engineering technology, and introduces the development trends of electric power science and technology at home and abroad. The journal has been included in multiple databases, including the China Science Citation Database (CSCD), Peking University Core Journals, Chinese Science and Technology Core Journals, Research Center for Chinese Science Evaluation (RCCSE), CNKI, Wanfang Data, CA, and JST.
See the Aims and Scope for a complete coverage of the journal.
Current Issue: Volume 40, Issue 2 (2025)
Smart grid
Transient stability assessment of power system in combination with update mechanism
Songkai LIU, Xiao GONG, Chao YANG, Longcheng LIU, Yanzhang LI, Lei ZHANG, and Yating ZHANG
Transient voltage instability identification based on Koopman operator in power grid with a high proportion of renewables
Xiuqi ZHANG, Hongqing LIU, Liqiang WANG, Yong LI, and Han GAO
Method for power grid nodal inertia estimation based on maximum likelihood identification
Xinfan JIANG, Yonggang LIU, Mingrui SUN, Jinbo WU, Jingwen WANG, and Yunfeng WEN
Traveling wave fault location method of transmission line based on CPO‑VMD
Jun ZHOU, Zhenguo QU, and Ziang ZHAN
Power grid fault diagnosis method based on improved Bayesian network model and HHT
Chongchong WU, Jian WANG, and Lihuiqian GONG
Relay protection setting calculation method for power grid based on Spark
Chuang SONG, Wei HAN, Xingwei DU, and Jingjun WANG
A novel distance protection method for high‑voltage line in substation with integration of inverter‑interfaced distributed generator
Zhengfei LU, Minghao WEN, Yu ZHOU, Longxing JIN, and Shuai MA
Ultra‑low frequency oscillation control method considering dead zone and limiting optimization of hydraulic turbine governor
Jiawei WANG, De ZHANG, Yuzheng XIE, and Ancheng XUE
Analysis of distributed generator consumption capacity of distribution networks considering system flexibility
Bo TANG, Yilong LIU, Ruijin ZHU, and Xuejiao GONG
Gaussian iterative power flow algorithm for distribution network considering affine model of distributed generation
Xinghua HUANG, Gonglin ZHANG, Feixiong CHEN, Han WU, Yuanliang FAN, Shichuan CHEN, and Hongbin WU
Fault line selection and section location method for asymmetric distribution network based on fast switch arc suppression device
Fangyu HE, Yanru NI, Xiangjun ZENG, Kun YU, and Chao ZENG
Single‑phase grounding line selection method for multi‑terminal power supply distribution network
Wei WANG, Qinghui LU, Shuai LYU, Rui CUI, Peng YANG, Xianggen YIN, and Jian QIAO
Distribution network fault segment location based on GAF‑ResNet50
Yuxuan SHI, Yanhui XI, and Weijie ZHANG
Line impedance identification of three‑phase unbalanced low‑voltage distribution network based on hierarchical deconstruction and phase recursion
Yue CHEN and Jian ZHAO
Dominant feature identification and index construction of three‑phase voltage imbalance in substation area
Wei ZHU, Ningxiao HUANG, Huiying SHU, Jie HU, and Ming TANG
A two‑stage recovery strategy for damaged distribution networks considering cold load pick‑up
Yongpeng ZHANG, Lizhen WU, Jianping WEI, and Wei CHEN
Optimal business expansion model for distribution network considering load timing and power source matching
Fuhai YU, Yongkuo LIU, Qiulin DING, Chenglong SHEN, and Anqi WANG
Topology identification of low-voltage distribution network based on latent tree model and cluster search
Hengchao ZHANG, Jun CAO, and Qiuying SHEN
Fault detection in switchgear based on RFID sensors and deep learning
Zhen WANG, Ziquan LIU, Yongling LU, and Yujie LI
A novel reactive power support and grounding fault control composite device based on station resources
Lijun TANG, Xinjun QIAN, Hongwen LIU, Chunming TU, Zejun HUANG, and Qi GUO
Low‑carbon economic scheduling for virtual power plants considering proton exchange membrane electrolyzers for oxygen‑enriched combustion and waste heat utilization
Dongmei HUANG, Yu TAO, Wenbo ZHANG, Anduo HU, Jinzhong SUN, and Yuan SUN
Clean energy and energy storage
Comparison and evaluation of grid‑connected performance of grid‑following and grid‑forming stations based on game theory and improved TOPSIS
Zhen'ao YANG, Junru CHEN, Yushan LIU, Jiajun GUO, and Xiqiang CHANG
Photovoltaic and energy storage charging and switching station siting and capacity determination method considering ultra‑high power
Xiaonan LIU, Jian ZHANG, Zhida ZHANG, Jianing DUO, Shan CHENG, Shuang HAO, Yue ZHAO, and Haojie WANG
Battery capacity degradation prediction of large‑scale energy storage power station based on binary neural network
Hang YANG, Yiguo GUO, Xiaoqing HUANG, Putong WEN, Dan XIE, Qibin BO, Yimu FU, and Jingxuan LI
Multi‑stage constant‑current charging method of electric vehicle considering user charging law
Shuai YANG, Xiaoping LIU, Minqi YU, Hanjun DENG, Rui HUANG, and Mouhai LIU
Power electronics
Unbalanced circulating current injection control of three‑phase MMC
Yufei YUE, Luhang HE, Libang WANG, and Yawen ZHANG
New bypass MMC sub‑module and its DC fault ride‑through strategy
Zhibo WANG, Ye TIAN, and Yidong ZHU
High voltage and insulation
Study on electrical features of inter‑turn insulation fault of 10 kV dry‑type air‑core series reactor by field‑circuit coupling method
Lizhi ZHANG, Chengjun CAO, Wei ZHANG, Kaida CHEN, and Shijie LEI
Vibration characteristics and signal inversion of oil‑immersed transformer based on electromagnetic‑structural field
Feng HUANG, Chun GUO, Bingbing QIU, Xiaodan QIU, Yi YANG, Fating YUAN, and Ruiqing JI
