这份坚守，早已藏在细致入微的准备里。杨漾告诉记者，春节前，中心就开展了全方位的隐患消缺治理 和线路供电方式排查，对每条线路、每台设备进行"拉网式"体检，确保配网设备以最佳状态迎接春节； 同时，工作人员还密切关注天气变化，精准做好负荷预测，为春节期间保电筑牢基础。 "今年春节期间，中心将投入180人次保障稳定供电，是近几年投入保电力量最多的一次。"供电服务指 挥中心(配网调控中心)副主任林捷表示，中心建立了全时段保电机制，要求持续做好配网设备运行数据 和用电负荷常态化监测，强化突发事件应急处置能力，确保第一时间响应、第一时间处置。 （来源：湖州日报） 转自：湖州日报 记者 邵 鼎 除夕下午6时，记者走进国网湖州供电公司供电服务指挥中心（配网调控中心）大厅看到，一排排监控 屏幕连成一片"电网星空"。"00后"配网调控员杨漾端坐控制台前，指尖轻触键盘，目光如炬，正紧盯屏 幕上跳动的每一组数据、每一条线路的标识。 这是杨漾成为配网调控员以来，第一次在岗位上度过除夕。"往年这会儿，正和家人围坐在餐桌旁，等 着吃妈妈做的红烧肉。今年为了赶岗，家里特意把团圆饭提前到了下午2点。"他说。 面前的调控控制台如同配电网的"神经中 ...

本次演练以旗台变电站110kV 162电压互感器突发故障为模拟场景，全程按照"真演实练、紧贴实战"的 原则开展，全方位检验试验人员应急响应速度、班组协同配合能力及标准化实操处置水平。演练指令下 达后，高压试验一班迅速集结到位，规范穿戴安全防护用品，严格依照应急处置流程快速奔赴作业点 位，高效投入演练任务。 岁末年初是电网安全保供的关键时段，为进一步筑牢冬季电网安全防线，全面提升突发设备故障快速响 应与应急处置能力，近日，内蒙古电力集团乌兰察布供电公司修试管理处在高压试验大库组织开展应急 抢修专项演练。高压试验一班全体人员全员参战、以练备战，切实锤炼应急本领，全力保障冬季电网安 全稳定运行。 故障处置演练结束后，班组趁热打铁、以学促练，结合新设备应用与来年春检工作安排，集中开展变压 器绕组变形试验专项再学习。全体人员重温试验原理、规程标准及安全注意事项，重点对比解读频响法 与低电压阻抗法两种测试方法的技术特点与适用场景，并通过不同仪器实操开展绕组变形测试，现场比 对分析数据、交流操作技巧，进一步熟练掌握仪器操作、数据判读与异常分析能力，持续夯实专业技术 根基。 此次演练紧扣岁末年初保电重点任务，坚持以练备战、以 ...

本报讯 记者周学芳报道 2月2日，国网辽阳供电公司工作人员对跨越林区的220千伏峨耿线等山区线路开 展"拉网式"排查，清理通道内的超高树木和易燃物。面对冬季干燥多风、山火易发的严峻形势，该公司 科学部署、多措并举，筑牢电网防火安全屏障。 用户侧的消防安全同样不容忽视。在灯塔市，供电公司推行"一次入户、综合诊断"工作模式，用电检查 人员深入高压煤改电客户，重点排查供电线路接头松动、绝缘老化、采暖设备过载等火灾隐患，指导客 户加强设备日常维护，从源头降低火灾风险。计量人员同步对电能表计、互感器等装置开展精准校验， 确保计量准确可靠，保障取暖电价政策精准落地。 为确保秋冬季防山火工作精准高效，进一步落实配电森林草原线路火灾隐患防治要求，国网辽阳供电公 司超前谋划、通盘考量，针对辖区内输电线路运行特点和历年运行经验，制定了切实可行的防山火保电 方案。一方面，强化源头管控，组织各基层单位对穿越山区、林区、农田的重点输配电线路进行全方 位、无死角的隐患排查，建立隐患台账并动态跟踪消缺。另一方面，突出科技优势，大力推广应用无人 机巡检、红外测温等智能运检技术，提升隐患发现的精准度和效率，输电专业智能监控中心恢复24小时 值 ...

Group 1 - The company issued a blue warning for rain, snow, and ice due to cold air, activating an emergency response mechanism to ensure the stability of the power grid and uninterrupted electricity supply for residents [1] - An emergency meeting was organized to analyze potential risks such as ice accumulation on lines, reduced equipment insulation, and external damage, with a focus on the goals of "preventing ice, preventing faults, and ensuring power supply" [1] - The new emergency command system was utilized to issue the blue warning, ensuring seamless communication of the warning to all departments and frontline maintenance personnel [1] Group 2 - The company deployed three emergency repair teams and ensured the availability of emergency supplies such as generators and ice-melting devices to respond quickly to any faults [2] - User safety tips were disseminated through SMS and social media to raise awareness about the risks associated with the weather [2] - A total of 11 specialized repair teams, 76 repair personnel, and 17 repair vehicles were mobilized, completing inspections of 20 lines and 13 substations without any reported ice accumulation or damage [2]

Group 1 - The company has undertaken an urgent upgrade of the 10 kV 933 private line's main cable to ensure stable power supply during extreme cold weather, addressing the increased load due to winter heating demands [1][2] - The existing cable's capacity was nearing its limit, posing a potential bottleneck for reliable power supply, prompting the company to upgrade to a higher capacity cable to enhance load-bearing capability and operational stability [1] - The upgrade was executed under harsh weather conditions, with a focus on safety and strict adherence to risk management measures, showcasing the company's commitment to quality and efficiency [1][2] Group 2 - This cable upgrade is a proactive measure by the company to meet the challenges of winter power supply, reflecting its responsibility to ensure reliable electricity for the community [2] - The entire process demonstrated the company's determination and execution capability in safeguarding the power grid's safety [2] - The company plans to continue enhancing monitoring and maintenance of the power grid to ensure reliable electricity supply for households during winter [2]

Core Viewpoint - The annual autumn inspection of the power grid is underway, with the successful completion of the first phase of the renovation and maintenance project at the Qingyuan Zhongzhai 220 kV substation, enhancing its safety and power supply capacity [1][2]. Group 1: Project Overview - The Qingyuan Zhongzhai 220 kV substation, operational since 2000, has played a crucial role in supporting the economic and social development of the Qingyuan region for 25 years [2]. - The renovation project includes 43 work areas and involves over 100 personnel, spanning three phases over 70 days, with 27 routine maintenance tests, 9 technical improvements, 1 major overhaul, and 45 safety inspections [2][4]. Group 2: Safety and Risk Management - The company has proactively optimized the power grid operation plan to mitigate risks during the complex adjustments required for the renovation [4]. - Safety measures include comprehensive inspections and the establishment of a three-tiered operation ticket review mechanism to ensure precise execution of operations [4][6]. Group 3: Employee Engagement and Training - The project emphasizes the integration of "red culture" and the promotion of the spirit of Lei Feng, encouraging employees to take responsibility and actively participate in the inspection process [5][6]. - The first phase of the renovation served as a practical training opportunity for young employees, enhancing their understanding of equipment and fostering a culture of continuous learning [4][6]. Group 4: Future Plans - The second phase of the renovation, focusing on the replacement of the main transformer, is set to begin on October 10, with the company committed to applying lessons learned from the first phase to ensure safety, quality, and efficiency [6].

Core Points - The core viewpoint of the articles highlights the successful implementation of the 2025 rural power grid project by State Grid Inner Mongolia Electric Power, which has significantly improved the living conditions and productivity of herders in remote areas of Inner Mongolia [1][2] Group 1: Project Overview - The project aims to address the electricity supply issues faced by 50 households in three banners of Inner Mongolia, ensuring stable power for agricultural and livestock operations [1][2] - The total investment for the project is 8.42 million yuan, which includes the construction of 21.07 kilometers of 10 kV lines and 7.89 kilometers of low-voltage lines, along with the installation of 35 transformers [2] Group 2: Implementation and Impact - The project commenced in March and was completed six months ahead of schedule due to efficient management practices, including regular engineering meetings and simultaneous work by multiple teams [2] - The new infrastructure has led to enhanced reliability of power supply, allowing local farmers and herders to operate their equipment without interruptions, thus improving their economic outcomes [1][2]

Core Viewpoint - The Yulin Power Supply Company is initiating a three-year action plan (2025-2027) to strengthen and upgrade the Yulin power grid, with an annual investment of no less than 10 billion yuan to enhance power supply capacity and meet the growing demand for electricity and renewable energy [1] Group 1: Investment and Infrastructure Development - The action plan includes the construction of ultra-high voltage and 750 kV main network projects, as well as the renovation of old equipment to improve the power grid's supply capacity [1] - The company plans to add 4 million kW of electricity load and 12 million kW of renewable energy access and consumption capacity within three years [1] Group 2: Project Implementation and Coordination - The Yulin Power Supply Company is committed to supporting major projects and renewable energy connections, including power supply projects for key initiatives like the China Coal and Yan-Yu High-speed Railway [1] - A specialized organization has been established to address issues hindering power grid construction, with a collaborative mechanism involving local government and various departments to ensure efficient project execution [1] Group 3: Reliability and Modernization - The company aims to achieve a power supply reliability rate of 99.99% in Yulin's main urban area by optimizing the distribution network structure [1] - The establishment of a flexible construction division and a "team + project department" model is intended to enhance resource allocation and create a coordinated working environment [1]

Core Viewpoint - The company is actively implementing safety measures and equipment inspections to ensure the stability of the power grid during the peak summer load period, focusing on risk prevention and emergency preparedness [1][3][4]. Group 1: Safety Measures and Inspections - The company has initiated comprehensive inspections and risk assessments at 30 substations to address potential hazards and ensure equipment safety during high temperatures and loads [1][3]. - A "hidden danger investigation and governance points system" has been established to encourage all employees to identify and rectify potential risks, ensuring thorough inspections and eliminating blind spots [3][4]. - The company is utilizing advanced technologies such as infrared detection and drone inspections to monitor critical equipment and identify overheating issues [4]. Group 2: Training and Emergency Preparedness - The company is conducting safety management and professional skills training, including re-education for employees with previous violations [3][4]. - Emergency response drills are being organized to enhance the company's ability to handle incidents, with tailored operational and emergency plans developed for each substation [4].

Core Viewpoint - The article highlights the dedication and expertise of a power distribution technician, Xia Jun, who has been involved in ensuring reliable power supply during critical examination periods for thirteen years, emphasizing the importance of proactive maintenance and monitoring in the power distribution sector [1][4]. Group 1: Operational Excellence - Xia Jun has participated in 13 years of power supply assurance for examinations, demonstrating a commitment to maintaining the reliability of the power grid [1]. - He has identified 26 equipment defect risks and led the resolution of 18 key issues, including overload and voltage problems, showcasing his proactive approach to operational challenges [2]. - The use of advanced monitoring tools and data analysis allows for precise identification of weak points in the power supply system, enhancing overall reliability [3]. Group 2: Professional Development - Xia Jun progressed from a novice to a senior technician and top skill expert over seven years, reflecting the importance of experience and continuous learning in the industry [3]. - His meticulous planning includes conducting thorough inspections and developing tailored power supply plans for each examination site, ensuring comprehensive preparedness [3]. - The reliability of the power distribution network in his jurisdiction has improved year-on-year under his leadership, indicating effective management and technical expertise [3]. Group 3: Commitment to Service - Xia Jun embodies the spirit of a dedicated technician and a responsible party member, consistently prioritizing the safety and reliability of power supply for students during examinations [4]. - His approach to maintenance is likened to that of a doctor diagnosing and treating equipment issues, emphasizing the critical nature of his role in the power distribution industry [2]. - The article concludes with a reflection on Xia Jun's unwavering commitment to his duties, highlighting the importance of such dedication in ensuring public service reliability [4].