中国青年报客户端讯（中青报·中青网记者马富春 通讯员 同焕珍）马年春节之际，国网甘肃电科院的青 年员工收获了一份暖心的成长礼物。近日，该院召开青年员工座谈会，为14名新入职员工送上印有个人 姓名的专属入职纪念册，这也是该院连续两年为新员工定制这份成长纪念，让青年的职场起步有记录、 成长有印记。 据了解，国网甘肃电科院通过一系列暖心举措与培养机制，让青年员工的成长有方向、有支撑、有痕 迹，不仅增强了青年的归属感与认同感，更激发了青年扎根电力科研、干事创业的热情，为甘肃电力事 业高质量发展储备了坚实的青年人才力量。 来源：中国青年报客户端 青年人才是企业发展的新鲜血液，国网甘肃电科院始终将青年员工培养摆在重要位置。依托甘肃电网实 证场景丰富的本土优势，该院打造"工培一体"现场培训模式，构建分层分类的青年培养体系，针对不同 岗位、不同成长阶段的青年员工定制个性化培养方案，鼓励青年深度参与科研项目与创新实践，为青年 成长成才搭建广阔舞台。 优质的培养土壤，结出了青年成长的硕果。2024年8月入职的青年员工戴凯晴，借助单位的科技创新平 台和资源，已以第一作者身份发表1篇SCI论文，牵头申报并斩获2项行业级成果奖励。谈及 ...

北京商报讯（记者 陶凤 王天逸）2月11日，北京人形机器人创新中心发文称，随着国家"人工智能+"行 动深入实施，人工智能与实体经济的融合正加速催生新质生产力。北京人形机器人创新中心与中国电力 科学研究院有限公司深度协同，共建"电力具身智能联合实验室"，共同打造经真实场景验证、可快速复 制推广的"全自主电力作业具身智能解决方案"，实现从技术闭环、高标准验证到复杂环境复制的全流程 贯通，标志着电力运维迈入实践新阶段。 ...

历经反复仿真推演与真实工况下的极端燃弧试验，该防爆型本质安全套管展现出超越常规的可靠品质。 在模拟内部严重电弧故障的测试中，该套管承受住了1.2倍南网范围内110千伏套管记录到的最大故障能 量。此外，套管还专门针对运维过程中的常见误操作隐患开展设计优化，显著降低了因人为疏忽引发故 障的概率。目前，该套管已通过第三方CNAS实验室的全面型式试验，在模拟实际运行的全电压、全电 流、温度-机械循环应力、振动等极端条件下，始终保持结构密封与电气性能的完整稳定。 近日，南网科研院生技中心成功研制出全球首款具备"自身安全、失误安全、故障安全"多重防护能力的 110千伏油纸绝缘本质安全套管，该套管集成防爆、泄压、防误操作、密封冗余设计、非电量监测保护 预警等功能，为解决长期困扰电网运行的套管故障爆燃问题提供了系统性解决方案。 南网科研院生技中心以"不让故障酿成灾难"为出发点，围绕设备本体是否可靠、能否防范人为操作失 误、故障后能否控制影响范围三个核心维度，系统开展套管本质安全化技术攻关。项目团队在国内外开 创性构建了套管防爆燃整体防护体系，通过仿真与试验结合的方式，实现故障压力可控释放与本体结构 完整性的统一，攻克了油纸套 ...

Group 1 - Yushu Technology Co., Ltd. has won the bid for the "Unmanned Station Humanoid Inspection Robot" project from China Huadian Electric Power Research Institute [1] - China Huadian Electric Power Research Institute was established in 2002 and is wholly owned by China Huadian Group [1]

Core Viewpoint - The Nanjing Innovation and Industry Integration Development Conference highlights the positive impact of Nanjing's talent policies on corporate growth, with industry leaders expressing optimism about attracting more talent to the city [1] Group 1: Talent Policies - Nanjing's talent policies have significantly boosted the development of enterprises over the years [1] - Industry experts are hopeful that more outstanding talents will be attracted to stay in Nanjing through these policy incentives [1]

Core Viewpoint - The article emphasizes the role of the Southern Power Grid Research Institute in advancing the construction of a new energy system and a new power system, contributing to China's dual carbon goals and modernization efforts [2]. Group 1: Technological Innovation - The Southern Power Grid Research Institute focuses on key common technologies and core technologies in four categories: critical common technologies, frontier leading technologies, modern engineering technologies, and disruptive technologies, to support the construction of a new power system [4]. - The institute has developed the "Yudian" intelligent simulation model to maximize the utilization of renewable energy and enhance the reliability of power supply, which has received the highest award at the World Artificial Intelligence Conference [5]. Group 2: Industrial Development - The institute promotes the application of system-level and device-level simulation platforms, accelerates the layout of new electrical materials and high-end power equipment, and aims to create a modern industrial system [7]. - It has established a national quality inspection center for new power system equipment, filling a gap in national quality infrastructure and supporting the implementation of the dual carbon strategy in the energy sector [7]. Group 3: Low-Carbon Development - The Southern Power Grid Research Institute leverages digital technology to enhance the observability, measurability, controllability, and adjustability of the new power system, thereby increasing the capacity for clean energy [9]. - The institute has published significant white papers and blueprints on digital grids and new power systems, receiving recognition from national leaders and contributing to the national strategic discourse [9]. Group 4: Talent Development - The institute implements a talent strategy to cultivate high-level strategic scientists and has established a tracking training mechanism for talent development, aiming to enhance its research capabilities [11]. - By 2025, the institute aims to have a robust team of experts, including academicians and recipients of national talent plans, to address challenges in the energy and power technology fields [11].

Core Viewpoint - The article highlights the importance of mentorship and talent development at the State Grid Shanxi Electric Power Research Institute, emphasizing the launch of the "1363" development plan aimed at enhancing the skills of young employees through structured mentorship programs [1][2]. Group 1: Development Plan - The "1363" development plan focuses on enhancing the capabilities of six talent tiers: researchers, scientific experts, craftsmen, professional masters, young talents, and young experts [1]. - The plan is built on three mechanisms: mentorship, nurturing, and error tolerance, which serve as foundational support for talent development [1]. Group 2: Mentorship Program - The "Hundred People Nurturing" initiative was officially launched in July 2025, involving 103 young employees under 40 years old, with less than 10 years of service, who signed mentorship agreements [1]. - Among the participants, 75 are identified as young backbone personnel, and 28 are advanced researchers with doctoral degrees, representing 86% of the young employees under 40 [1]. Group 3: Learning Environment - Since the initiation of the mentorship program, young employees have actively sought guidance from their mentors, fostering a positive interactive atmosphere [2]. - Notable mentors have emerged, including masters in various fields such as Wang Wenquan in relay protection and Yu Hua in substations, recognized for their rigorous scholarship and strong sense of responsibility [2]. Group 4: Cultural Impact - The publication of the commemorative book "Passing on the Torch—Guides in Time" aims to create a strong culture of respect for teachers and education, motivating employees to strive for excellence in electric power technology [2].

Core Viewpoint - The Shanxi Electric Power Research Institute emphasizes the importance of mentorship and talent development through a program called "Passing on the Flame," which aims to enhance the professional skills of its employees and foster a culture of technical innovation [1][3]. Group 1: Mentorship and Talent Development - The "Passing on the Flame" initiative is a traditional method for accelerating talent cultivation, which has gained new significance as the electric power industry evolves rapidly [1]. - The institute has launched the "1363" development plan to create clear growth pathways for various talent categories, focusing on enhancing six tiers of talent within three sequences: research, technology, and youth [3]. - A total of 103 young employees under 40, who have been with the institute for less than 10 years, have signed mentorship agreements with their professional mentors as part of the "Hundred People Mentorship" initiative [5]. Group 2: Implementation and Impact - The mentorship program has fostered a strong learning culture, with mentors actively teaching skills, methods, and experiences to young employees, who are eager to learn and often seek guidance beyond working hours [7]. - The institute has published a commemorative booklet titled "Passing on the Flame—Guides Through Time," which includes 47 articles reflecting on past mentorship experiences, further promoting a culture of respect for teachers and education [9][10].

Core Insights - The project led by North China Electric Power Research Institute has achieved international leading level in key technologies for large-capacity AC excitation variable-speed pumped storage units connected to high-power systems, filling a domestic gap in testing and verification systems for such units [1] Group 1: Project Overview - The project is based on the construction and application of the first domestic 300 MW AC excitation variable-speed pumped storage unit in Fengning, Hebei, and has been organized since 2018 by North China Electric Power Research Institute and State Grid North China Branch [1] - The project involved collaboration with well-known domestic universities, research institutes, and industry units to achieve breakthroughs in system coordination technology, ensuring the unit's timely production and stable operation [1] Group 2: Technological Achievements - Key technological breakthroughs include optimization of network performance for AC excitation variable-speed pumped storage units, detailed electromechanical transient modeling and simulation, and ensuring safe, stable, and economical operation of power plants [1] - The project has established a systematic technology framework for network coordination, which is crucial for the integration of renewable energy sources in the Beijing-Tianjin-Tangshan power grid [1] Group 3: Future Directions - North China Electric Power Research Institute will continue to focus on supporting large-capacity variable-speed pumped storage units for the large-scale consumption of renewable energy in northern Hebei and the safe and efficient operation of Zhangbei flexible DC grid [1] - The institute aims to further improve the key technology system for network coordination of large-capacity AC excitation variable-speed pumped storage units, expand the application fields of these technologies, and contribute to the development of national energy transition and new power system construction [1]

Core Viewpoint - The successful completion of the 750 kV high-voltage parallel reactor on-site partial discharge testing system by the State Grid Qinghai Electric Power Research Institute represents a significant advancement in ensuring the safety and stability of the power grid, particularly in high-altitude environments [1][4]. Group 1: Importance of High-Voltage Parallel Reactors - High-voltage parallel reactors are crucial for maintaining voltage stability and economic operation in ultra/high voltage long-distance transmission systems [1]. - Between 2011 and 2015, nine instances of 750 kV reactors in the Qinghai power grid experienced failures due to insulation defects, highlighting the need for effective diagnostic tools [2]. Group 2: Innovative Solutions - The research team at the State Grid Qinghai Electric Power Research Institute developed a unique solution combining the "energy balance" principle with "reactive wave blocking" technology, significantly reducing the external power input requirements by over 90% [3]. - The application of reactive wave blocking technology improved the signal-to-noise ratio and detection sensitivity by over 20%, enabling clearer identification of internal issues in complex field environments [3]. Group 3: Achievements and Economic Impact - After 19 months of development, the team created the world's first 750 kV high-voltage parallel reactor on-site partial discharge testing system, addressing the challenges of precise detection in complex electromagnetic environments [4]. - The technology has generated economic benefits exceeding 49.92 million yuan through various inspections and diagnostics across multiple substations in Qinghai and Gansu provinces [5]. - The project received the third prize for the National Grid Corporation's Technology Invention Award for 2024, indicating its significance in enhancing energy security and supporting the construction of a new power system in China [5].