Research on Efficiency Evaluation Method of PV Grid-connected Inverter by WANG Lingling, HU Shuju, MENG Yanfeng, MA Rui, DENG Ya

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Research on Application Technologies of Software Engineering in Photovoltaic Micro-grid by FENG Jianghua, LI Zhiyong, ZHAO Yong

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Research on Reliability Improvement Method of Mountainous Power Grid Considering Electrified Railways Access by Like Pan, Yingxin Zhao, Tong Xing, Haibo Zhang, Wenrui Dai, Zhanhao Dong

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Research on fault location method for micro-grid based on multi-source information fusion alarm by YANG Zhichun, LI Muyuan, HAN Ji, YANG Fan, SHEN Yu, MIN Huaidong

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Research on Fixed Capacity Modeling Method of Electric Vehicle Charging Stations For County Rural Grid by Zhang Hui, Wang Liang, Zhang Bin, Zhang Qiang, Wang Chao

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Research on the Parallel Operation of Micro-grid Multiple Inverters Based on Droop Control by GAO Shoucong, GU Housheng

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Research on Characteristic Analysis and Identification Methods for DC-Side Grounding Faults in Grid-Connected Photovoltaic Inverters by Wanli Feng, Lei Su, Cao Kan, Mingjiang Wei, Changlong Li

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Research on the Construction Method of Inter-Provincial Spot Trading Network Model Considering Power Grid Congestion by Hui Cui, Guodong Huang, Jingyang Zhou, Chenxu Hu, Shuyan Zhang, Shaochong Zhang, Bo Zhou

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Research on power grid expansion planning method based on multi-party competition considering security margin by CHEN Yongshu, HONG Haisheng, TANG Xian, ZHOU Xianhua, LI Ronglin

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Research on energy trading method of smart grid P2P blockchain considering benefit maximization by ZHANG Rui, ZHANG Xin, ZHOU Lide, WANG Peihan, YAO Yubing

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Research on Safety Control Method of Power Grid Energy Storage System Based on Neural Network Model by Xianglong Chen, Wei Xie

“…This paper presents a security control method of Grid energy storage based on neural network model. …”
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Research on self-healing control of smart grid considering the randomness of distributed new energy by LU Jian, ZOU Xiaofeng, LI Fan, CHEN Siyuan, LIU Xiaobo

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Principle Analysis of Connected-Grid Control Method for Doubly-fed Wind Power Generator and Its Simulating Experimental Research by 张劲松, 刘连根, 徐凤星, 佘岳

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Analysis of the Grid Sampling Method for Noise Mapping by Valentın GÓMEZ ESCOBAR, Juan Miguel BARRIGÓN MORILLAS, Guillermo REY GOZALO, Rosendo VILCHEZ-GÓMEZ, Javier CARMONA del RIO, Juan A. MENDEZ SIERRA

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Impedance-Phase and Magnitude Control Method to Improve Stability of Grid-Connected Inverters in Weak Grid by Chunming Tu, Jiayuan Gao, Fan Xiao, Qi Guo, Fei Jiang

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Research on inertia characteristics and lifting strategy of grid-connected inverter by LI Jifang, HAN Aishan

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Optimization Configuration Method for Grid-Forming and Grid-Following Energy Storage Based on Node Frequency Deviation Coefficient by Kaize Zheng, Le Wang, Zhenghong Tu, Ying Xu

“…Therefore, how to rationally configure the grid-forming energy storage and grid-following energy storage within the power system by means of corresponding technical approaches has become the focal point of academic research. …”
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Application of Formal Methods in Power Grid Cyber Physical Systems by Li HUANG, Yun LIANG, Hui HUANG, Ruohan ZHAO

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Research on probabilistic inference methods for power grid icing risk assessment: a systematic analysis incorporating ultra-high voltage line ratios by Huiwei Liu, Pengjie He, Ziqiang Lu, Jie Li, Ziying Lu, Jinchuan Jia

“…With the expansion of ultra-high voltage (UHV) power grids, systematic assessment of icing disaster risks has become increasingly crucial.MethodsThis paper proposes a probabilistic inference approach for power grid icing risk assessment, which employs a Poisson process model to characterize the nonlinear relationship between line failure probability and ice thickness, combined with Monte Carlo simulation techniques to evaluate overall system risk.ResultsResearch findings indicate that critical ice thickness and failure sensitivity coefficients significantly impact the grid’s disaster resistance capability, particularly when the proportion of high-load UHV lines increases, leading to nonlinear growth in system risk. …”
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A Distributed Bio-Inspired Method for Multisite Grid Mapping by I. De Falco, A. Della Cioppa, U. Scafuri, E. Tarantino

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