南方电网公司将以PGES为桥梁，与IEEE PES及其会员单位拓展更深层次的技术交流和沟通合作，为破解电力工程领域关键难题打造高水平学术 交流平台。未来，PGES将以全球视野汇聚能源电力领域顶尖智慧，持续输出高水平原创成果，助力"双碳"目标实现与新型电力系统建设。 责任编辑：王奕博 活动现场。主办方供图 PGES是全球首本聚焦电网工程科学新兴交叉学科的专业期刊，已成功入选中国科技期刊卓越行动计划二期高起点新刊项目，由中国工程院院士、 南方电网公司首席科学家饶宏与加拿大工程院院士、IEEE PES主席钟志勇担任联合主编。该专业期刊将重点发表能够解决电网系统基础科学理论 和复杂工程难题的跨学科研究成果，致力于推动多学科理论在电网场景中的系统融合与创新应用，打造具有国际影响力的一流学术期刊。 近日，首届电气电子工程师学会电力与能源协会（IEEE PES）国际会议在香港召开。会议期间，由南方电网公司主管、南网科研院主办的全球首 本聚焦电网工程科学的高起点英文期刊Power Grid Engineering Science（PGES）正式创刊，以中国智慧点亮全球电网工程科学新赛道。 ...

Investment Rating - The report does not explicitly state an investment rating for the industry Core Insights - The report emphasizes the importance of mechanization, intelligence, and unmanned construction in the development of power grid engineering, which aligns with the new development philosophy and high-quality development requirements [4][24] - The construction technology and equipment levels have significantly improved due to the implementation of innovative equipment and standards [6][15] - The report outlines the challenges faced in power grid engineering construction, including labor shortages and complex environmental conditions [32][37] Summary by Relevant Sections Current Status of Power Grid Engineering Construction Technology - The report highlights the establishment of a comprehensive mechanization construction equipment system, which includes 154 types and 512 models of equipment across three main specialties: overhead transmission lines, substations, and cables [8][12] - The mechanization application rates for overhead lines, substations, and cable engineering are projected to reach 87.45%, 93.97%, and 94% respectively by October 2025 [24][28] Challenges in Power Grid Engineering Construction Technology - The construction industry faces challenges such as a declining labor force, increased elderly population, and difficulties in material transportation in complex terrains [32][37] - Environmental factors, including high-altitude and sensitive ecological areas, complicate construction processes and increase safety risks [41][48] Development Trends in Power Grid Engineering Construction Technology - The report outlines several innovative technologies being developed, including low-altitude material transportation, unmanned tower assembly, and intelligent construction management platforms [61][67][84] - New materials and construction methods are being researched to enhance efficiency and reduce environmental impact, such as lightweight composite materials and superconducting cables [103][123]