Protection and Control of Modern Power Systems (PCMP) is the first international modern power system protection and control journal originated in China. It is dedicated to present top-level academic achievements in this field and is endeavoured to supply a platform for international researchers and engineers, especially for the authors from China, to maximize the papers’ influence in the world wide and thus contribute to the development of power industry. PCMP is sponsored by Xuchang Ketop Electrical Research Institute and edited and published by Power System Protection and Control Press. It is expected to start publication in 2016. PCMP focuses on advanced views, techniques, and methodologies and experience in the filed of protection and control of modern power systems, for the sake of showing the latest technological achievements. The papers includes three categories, i.e. original research, review articles (mainly summarizing the newest research achievements in a specific field and pointing out the future development trend), and news flash (mainly reporting the latest and important discovery and progress).
News
- Special Issue:Key Technologies for Flexible and Efficient Power Supply in New Type Power Systems
- Cyber-Physical Co-Optimization and Control Methods in Smart Grid
- recruitment information
- Science Citation Index Expanded
- Ei Compedenx Indexed
- Special Issue on “Modeling, Operation, and Planning of Multi-Energy Microgrid”
- PCMP has been accepted for ESCI
- Energy System Planning and Operation Under the Coupled Carbon Trading Market and Power Market (ESP-CCT)
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- A pseudo-measurement modelling strategy for active distribution networks considering uncertainty of DGs
- Dongliang Xu, Junjun Xu, Cheng Qian, Zaijun Wu, Qinran Hu
- 2024.9(5): 1-15 [Abstract](378)[PDF](211)
- Progress on the fault diagnosis approach for lithium-ion battery systems: advances, challenges, and prospects
- Hanxiao Liu, Luan Zhang, Liwei Li
- 2024.9(5): 16-41 [Abstract](222)[PDF](147)
- Transfer-based approximate dynamic programming for rolling security-constrained unit commitment with uncertainties
- Jianquan Zhu, Senior Member, IEEE, Kai Zeng, Jiajun Chen, Wenmeng Zhao, Wenhao Liu, Wenkai Zhu
- 2024.9(5): 42-53 [Abstract](405)[PDF](146)
- A coordinated two-stage decentralized flexibility trading in distribution grids with MGs
- Tao Xu, Rujing Wang, He Meng, Mengchao Li, Hongru Wang, Yu Ji, Ying Zhang, Qingrong Zheng, Ping Song, Jiani Xiang
- 2024.9(5): 54-69 [Abstract](256)[PDF](143)
- Fractional-order virtual inertia control and parameter tuning for energy-storage system in low-inertia power grid
- Yukai Zeng, Qiufan Yang, Yujun Lin, Yin Chen, Xia Chen, Senior Member, IEEE, Jinyu Wen, Member, IEEE
- 2024.9(5): 70-83 [Abstract](205)[PDF](152)
- A defense planning model for a power system against coordinated cyber-physical attack
- Peiyun Li, Jian Fu, Kaigui Xie, Senior Member, IEEE, Bo Hu, Member, IEEE, Yu Wang, Changzheng Shao, Member, IEEE, Yue Sun, Wei Huang
- 2024.9(5): 84-95 [Abstract](216)[PDF](129)
- Unreliability tracing of power systems for identifying the most critical risk factors considering mixed uncertainties in wind power output
- Siying Zhao, Changzheng Shao, Member, IEEE, Jinfeng Ding, Bo Hu, Senior Member, IEEE, Kaigui Xie, Senior Member, IEEE,, Xueying Yu, Zihan Zhu
- 2024.9(5): 96-111 [Abstract](217)[PDF](117)
- Auxiliary service dynamic compensation mechanism design for incentivizing market participants to provide flexibility in China
- Yibo Wang, Yifan Wang, Chuang Liu, Yuan Fang, Guowei Cai, Weichun Ge
- 2024.9(5): 112-128 [Abstract](217)[PDF](160)
- Robust optimal framework for doubly fed induction generator with uncertain dynamics
- Yongfeng Lü, Member, IEEE, Xiaowei Zhao, Member, IEEE, Priyank Shah
- 2024.9(5): 129-141 [Abstract](199)[PDF](152)
- EMCO-based optimal layout design of hybrid wind-wave energy converters array
- Bo Yang, Jinhang Duan, Yunfeng Yan, Bingqiang Liu, Jianxiang Huang, Lin Jiang, Rui Han
- 2024.9(5): 142-161 [Abstract](206)[PDF](140)
- A low-carbon operation optimization method of ETG-RIES based on adaptive optimization spiking neural P systems
- Tao Wang, Zhu Huang, Ruixuan Ying, Luis Valencia-Cabrera
- 2024.9(5): 162-177 [Abstract](405)[PDF](140)
- An exergy analysis model for the optimal operation of integrated heat-and-electricity-based energy systems
- Jianrun Chen, Haoyong Chen, Senior Member,IEEE, Zipeng Liang, Xiaodong Zheng, Dongliang Xiao, Yirui Li, Huaguang Yan
- 2024.9(5): 1-18 [Abstract](4802)[PDF](1596)
- Robust State Estimation for an Electricity-GasHeat Integrated Energy System Considering Dynamic Characteristics
- Jianshu Yu, Dechang Yang, Jinye Cao, Payman Dehghanian, Nikita Tomin
- 2024.9(5): 65-80 [Abstract](4211)[PDF](1784)
- Microgrid Fault Detection Method Coordinated with a Sequence Component Current-Based Fault Control Strategy
- Zihao Wang, Longhua Mu
- 2024.9(5): 81-93 [Abstract](3450)[PDF](2071)
- Game-theoretic applications for decision-making behavior on the energy demand side: a systematic review
- Zhenya Ji, Xiaofeng Liu, Difei Tang
- 2024.9(5): 1-20 [Abstract](3145)[PDF](1464)