2025 5th International Conference on New Energy and Power Engineering
第五届新能源与电力工程国际学术会议（ICNEPE 2025）
The 2025 5th International Conference on New Energy and Power Engineering (ICNEPE 2025) was successfully held from November 14 to 16 in Guangzhou, China. Organized by South China University of Technology and undertaken by its School of Electric Power, the conference received strong support from the Institute of Electrical and Electronics Engineers (IEEE), the IEEE PES Technical Committee on Smart Buildings, Loads and Customer Systems (China), Shenyang University of Technology, and Leuphana University.
Bringing together top scholars and industry experts from around the globe, the event facilitated in-depth exchanges on frontier topics including wind energy, solar energy, biomass energy, smart grids, energy storage technologies, and microgrids. Following the opening ceremony, six keynote speakers delivered captivating keynote speeches, focus on Artificial intelligence empowering the coordinated optimization of new power systems and renewable energy, advanced power electronics control technologies and innovations in motor drives, green energy conversion technologies and sustainable development of hydrogen energy.
第五届新能源与电力工程国际学术会议（ICNEPE 2025）于11月14日至16日在中国广州举办。本次大会由华南理工大学主办，华南理工大学电力学院承办，并得到了电气电子工程师学会（IEEE）、IEEE PES智慧楼宇、负载和客户系统技术委员会（中国）、沈阳工业大学以及吕讷堡大学等单位的鼎力支持。会议汇聚了全球能源与电力领域的顶尖学者与行业专家，围绕风能、太阳能、生物质能、智能电网、储能技术及微电网等前沿议题展开了深入交流。
--------主讲报告 Keynote Speech--------
Prof. Jizhong Zhu (South China University of Technology)
Speech Title: Artificial Intelligence Empowering the Operation of New Power Systems
朱继忠 教授（华南理工大学）
报告题目：《人工智能赋能新型电力系统运行》
Prof. Marc A. Rosen (Ontario Tech University, Canada)
Speech Title: The Contribution of Hydrogen Energy to Sustainable Development
Marc A. Rosen 教授（安大略理工大学，加拿大）
报告题目：《氢能对可持续发展的贡献》
Prof. Jia Cui (Shenyang University of Technology)
Speech Title: Research on AI-Driven Transactional New Energy Unit Field Control and Collaborative Optimization
崔嘉 教授（沈阳工业大学）
报告题目： 《AI驱动的交易型新能源机组场控与协同优化研究》
Prof. Guofeng He (Henan University of Urban Construction)
Speech Title: Research on Active Anti-Disturbance Control Strategies for Parallel Inverters in Microgrids
何国锋 教授（河南城建学院）
报告题目： 《微网并联逆变器主动抗干扰控制策略研究》
Researcher, Zhen Huang (Guangzhou Institute of Energy Conversion, Chinese Academy of Sciences)
Speech Title: Chemical Looping Gasification of Organic Solid Waste
黄振 研究员（中国科学院广州能源研究所）
报告题目： 《有机固废化学链气化》
Assoc. Prof. Xiong Liu (Jinan University)
Speech Title: Next-Generation Advanced V/f Control Method for PMSMs
刘雄 副教授（暨南大学）
报告题目： 《下一代先进的针对PMSMs的V/f控制方法》
--------口头报告 Oral Presentation--------
Stability and Control of New Power Systems: Explored key technologies including voltage support characteristics of grid-forming converters, suppression of interaction instability in parallel systems with multiple hybrid control converters, and coordinated fault ride-through for flexible HVDC systems.
New Energy Generation and Accommodation: Covered dynamic collaborative operation of multi-electrolyzers for off-grid large-scale wind and solar accommodation, energy management for hydrogen fuel cell hybrid ships, and PV inverter designs with power decoupling functions.
Power Equipment Monitoring and Fault Diagnosis: Included online monitoring of capacitive voltage transformers, aging mechanisms of GIS basin insulators, simulation of traveling wave protection for transmission lines, and fault identification methods based on multi-source information fusion.
Energy Economics and Market Mechanisms: Analyzed evolutionary games in the green certificate market under government reward and punishment mechanisms, cost allocation methods for photovoltaic-storage buildings, and risk assessment for power battery recycling.
Intelligent Algorithms and Load Forecasting: Showcased new algorithms for power load forecasting based on time-mode decomposition, modeling of low-temperature lithium iron phosphate batteries, and anomaly detection for relay protection devices.
Infrastructure Safety and Reliability: Included reliability calculations for girth welds in high-grade steel pipelines, and online risk rating and optimal scheduling for mountain fire disasters in provincial power grids.
新型电力系统稳定与控制： 探讨了构网型变流器电压支撑特性、多混合控制变流器并联系统交互不稳定性抑制、柔性直流输电系统协同故障穿越等关键技术。
新能源发电与消纳： 涉及离网大规模风光消纳的动态多电解槽协同运行、氢燃料电池混合动力船舶能量管理、以及具备功率去耦功能的光伏逆变器设计。
电力设备监测与故障诊断： 涵盖了电容式电压互感器在线监测、GIS盆式绝缘子老化机理、输电线路行波保护仿真及基于多源信息融合的故障识别方法。
能源经济与市场机制： 分析了政府奖惩机制下绿证市场的演化博弈、光储建筑成本分摊方法，以及动力电池回收的风险评估。
智能算法与负荷预测： 展示了基于时间模态分解的电力负荷预测、低温磷酸铁锂电池建模以及继电保护装置异常检测的新算法。
基础设施安全与可靠性： 包括高钢级管道环焊缝可靠性计算、省级电网山火灾害在线风险评级与优化调度等工程实践研究。
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The conference program was divided into keynote speeches and oral presentation sessions. During the event, awards for outstanding papers, excellent oral presentations, and best posters were also organized and presented on site.
本次大会议程分为主讲报告以及口头报告环节，会议期间还设置了优秀论文、优秀口头报告以及优秀海报评选环节，并现场颁奖。
The conference not only established a high-level platform for exchange among experts and scholars in the global new energy and power engineering fields, fostering international cooperation and innovation, but also provided important theoretical basis and technical pathways for promoting energy transition and achieving "Dual Carbon" goals. With the successful conclusion of all agenda items, ICNEPE 2025 has drawn to a close. We look forward to gathering again next year to write a new chapter in the future of energy!
本次大会不仅为全球新能源与电力工程领域的专家学者搭建了一个高水平的交流平台，促进了国际间的合作与创新，更为推动能源转型、实现“双碳”目标提供了重要的理论依据与技术路径。随着各项议程的圆满结束，ICNEPE 2025落下帷幕。期待明年再次相聚，共绘能源未来新篇章！