12月3日，国网邯郸市永年区供电公司以"人民电业为人民"为服务宗旨，开展专项入户走访行动。该公 司工作人员深入用户家中，用"脚板"丈量服务短板，让供电服务真正"接地气"。 走访现场，工作人员与用户面对面交流，针对收集的诉求与问题，建立清单化管理台账，明确责任人与 解决时限，实行销号式处置，确保"件件有落实、事事有回音"。同时，工作人员现场核对用户预留联系 方式，发放连心卡，告知24小时抢修电话与台区经理联系方式，畅通诉求直达通道，让用户用电无忧。 此次专项走访变"被动响应"为"主动问需"，广泛征集用户诉求，听取用户对供电服务的满意度，精准掌 握了影响供电可靠性的第一手资料，提升供电服务水平，零距离服务拉近了与用户的距离。 下一步，国网邯郸市永年区供电公司将以此次走访为契机，针对性优化电网运维方案，加快薄弱环节改 造升级，持续完善"主动服务、快速响应"机制，不断提升供电服务水平与用户满意度，为辖区群众提供 更安全、可靠、优质的电力保障。（曹艳 赵军娜） ...

"这几天夜间温度已降至零下，全靠大棚里的保温设备。供电公司的同志们来得太及时了，帮我们做了 全面检查，这下心里踏实多了，再也不用担心夜里跳闸把蔬菜冻坏了。"永年区智慧农业融合发展产业 园负责人欣慰地说道。 近年来，永年区供电公司积极对接地方乡村振兴战略，持续优化农业用电营商环境。通过深化政电联 动，提前掌握冬季农业项目用电需求，持续推进用电优质服务，为现代农业发展提供有力支撑。下一 步，永年区供电公司将密切关注天气变化，加强负荷预测，完善应急预案，持续开展安全用电延伸服 务，及时帮助用户排查整改用电隐患，以优质、可靠、便捷的电力服务，守护好农户的"菜篮子"与"钱 袋子"，为永年区乡村振兴注入强劲的电力动能。（宋光驰 武彦峰） 随着气温持续走低，大棚保温、补光等用电负荷显著攀升。12月4日，国网邯郸市永年区供电公司主动 作为，将保障设施农业稳定用电作为服务乡村振兴的重要任务，用心守护群众的"菜篮子"和"钱袋子"。 从保温卷帘到补光照明，冬季大棚的稳定运行离不开可靠的电力支撑。为此，永年区供电公司组织"共 产党员服务队"，深入各个农业园区，对涉及大棚生产的供电线路开展特巡。队员们重点排查农网变压 器、开关柜及大棚 ...

Core Viewpoint - Samsung Medical (601567.SH) announced that its wholly-owned subsidiary, Ningbo Aux Intelligent Technology Co., Ltd. (referred to as "Aux Intelligent Technology"), has been recommended as a candidate for winning bids in a procurement project by State Grid Corporation of China, with an expected total bid amount of approximately 108 million yuan [1]. Group 1 - The company has been selected as a candidate for the procurement of overhead insulated wires, 10kV transformers, and complete sets of 10kV pole-mounted transformer equipment [1]. - The total expected bid amount for the project is around 108 million yuan [1].

Core Viewpoint - The company is implementing a "Three Modernization" initiative to enhance the effectiveness of its discipline inspection and supervision work, ensuring high-quality development through comprehensive learning and precise measures [1][2][3] Group 1: Implementation of the "Three Modernization" Initiative - The company established a leadership group for the "Three Modernization" initiative and created a special implementation plan focusing on three key tasks: enhancing learning capabilities, standardizing duties, and enforcing strict self-discipline [1] - A three-pronged learning approach is adopted, including specialized lectures, case discussions, and knowledge tests, to ensure that discipline inspection personnel are well-versed in essential regulations and procedures [1][2] Group 2: Practical Training and Capability Building - The company innovatively conducts practical training activities, allowing discipline inspection personnel to engage in frontline work, thereby honing their ability to identify and address issues according to regulations [2] - A systematic evaluation mechanism is established, including weekly learning sessions, quarterly assessments, and biannual evaluations, achieving a 100% mastery rate of essential knowledge among discipline inspection personnel [2] Group 3: Strengthening Discipline and Team Development - The company emphasizes strict adherence to the "Ten Prohibitions" for discipline inspection personnel and regularly conducts educational activities to reinforce discipline and integrity [2] - A mentorship program is implemented, pairing experienced inspectors with younger staff to enhance overall team competence and foster a culture of loyalty, cleanliness, and accountability [2] Group 4: Future Directions - The company plans to deepen the outcomes of the "Three Modernization" initiative, focusing on key areas and tightening responsibility chains to ensure effective supervision in critical operations such as power supply and grid construction [3]

Core Insights - The National Petroleum and Natural Gas Pipeline Group (referred to as "National Pipeline") is focusing on utilizing over 10 billion core data points accumulated over five years of operation to enhance efficiency and safety in data usage and potential trading [1][2] - The initiative is part of a broader effort to integrate data resource development with state-owned enterprise reform, aiming to transform governance and operational models [2][3] - The pilot program launched by the National Data Bureau and the State-owned Assets Supervision and Administration Commission (SASAC) includes 12 central enterprises, emphasizing collaboration with private companies and research institutions to explore the transition of data from resources to assets and capital [1][2] Data Utilization and Transformation - The pilot program aims to significantly improve data utilization levels by 2027, targeting to support over 100,000 small and medium-sized enterprises [3] - Central enterprises like China Southern Power Grid and China Mobile are already initiating projects to create trusted data spaces and large data platforms, respectively, to enhance data sharing and operational efficiency [4][5] - The data resources of state-owned enterprises vary, including real-time pressure and flow data from pipelines, agricultural machinery operation data, and electric grid load data [5][6] Challenges in Data Ownership and Valuation - A significant challenge in the data utilization process is the ambiguity surrounding data ownership, which complicates its classification as an asset [7][8] - The lack of clear ownership leads to difficulties in pricing and circulation of data, hindering market valuation and potential monetization [8][10] - The pilot program aims to address these challenges through real-world case studies to inform legislative and standard-setting efforts [8][10] Asset Integration and Financial Implications - The integration of data as an asset is being explored, with some enterprises already registering data assets valued over 1.2 million yuan at the Beijing International Big Data Exchange [11] - The process involves establishing clear ownership, quality control, and valuation models to recognize data as intangible assets [11] - Companies are seeking to leverage data for operational improvements, such as predictive models for pipeline safety and efficiency [11][12] Emerging Industry Dynamics - The pilot program is expected to stimulate a new industry chain driven by data elements, with increased interest from market players in data asset registration and trading [12][13] - Technology companies specializing in data security and privacy are seeing heightened demand for their services as enterprises seek compliant data circulation frameworks [12][13] - The evolving landscape is prompting a shift in regulatory focus from traditional asset management to capital and data management, presenting new challenges for oversight [13][14]

在闽西北的广袤大地,山峦叠嶂、翠影连绵,"中国绿都"三明市宛如一幅徐徐铺展的生态画卷,尽显自然之美。当纵横交错的银线与苍茫林海相遇,如何破解"线 树矛盾"这道世界性难题?作为全国林改策源地,三明市以林改精神为魂,掀起革新浪潮,如同一场浩荡春风,吹遍了三明的每一寸土地,唤醒了这片闽西北大地的 无限活力,让电力走廊变身生态长廊,走出生态保护、能源安全与乡村振兴协同发展的新路径。 油茶作笔 绘就"防火长城" 三明市泰宁县,这座宛如明珠般镶嵌在闽西北的小城,拥有得天独厚的自然条件。属亚热带季风气候的它,常年温暖湿润,土壤肥沃,为油茶的生长提供了理想的 环境。油茶不仅耐火性强,树皮厚实、枝叶含水量高,能有效阻挡火势蔓延,还具有极高的经济价值。其籽加工制成的茶油富含不饱和脂肪酸,被誉为"东方橄榄 油",深受市场青睐。 因此优势,当地供电公司联合乡镇(村)创新推行"集体承包制",大力推广电力线路走廊下方高杆植物置换工作,利用低矮且耐火的油茶树替代原有的毛竹、杉木 等高杆植物,构建起一道自然生物防火屏障。同时地方林业部门也积极出台支持政策,对种植油茶给予专项补贴,充分调动大家的积极性和参与度。这一创新不 仅将输电线路故障率降 ...

Core Viewpoint - The article highlights the innovative "Air-Ground" intelligent inspection system developed by State Grid Zhejiang Electric Power Shaoxing Supply Company, which enhances the safety and efficiency of power grid operations through advanced technology integration and automation [1][4][12]. Group 1: System Overview - The "Air-Ground" intelligent inspection system integrates three types of inspection technologies: high-altitude drones, ground robots, and fixed cameras, creating a comprehensive monitoring network [4][5]. - The system addresses traditional inspection challenges such as safety risks, inefficiencies, and data silos by providing full coverage, data fusion, and automated decision-making capabilities [4][6]. Group 2: Efficiency and Safety Improvements - The new system has improved inspection efficiency by approximately 60% and defect identification rates to 95%, significantly enhancing operational accuracy and safety [6][11]. - Traditional manual inspections required two personnel and over four hours to complete, posing safety risks such as heatstroke and electric shock, which the new system mitigates [1][3]. Group 3: Emergency Response Capabilities - The upgraded system can autonomously initiate emergency inspections within 30 seconds of an incident, showcasing its ability to respond rapidly to faults [8][9]. - The intelligent emergency application allows for real-time fault identification and precise inspection path planning, improving response times by nearly 70% [11][12]. Group 4: Standardization for Broader Implementation - The company is developing a "5S" standardization system to facilitate the widespread adoption of the intelligent inspection system across multiple substations, addressing common challenges in hardware costs and system architecture [13][15]. - By 2025, the company aims to deploy the intelligent inspection system in seven additional 500 kV substations, contributing to the overall smart inspection framework in the province [15].

Core Viewpoint - The "Air-Ground" intelligent inspection system developed by State Grid Zhejiang Electric Power Shaoxing Company enhances the efficiency and safety of power grid inspections through the integration of drones, ground robots, and fixed cameras, transforming traditional inspection methods into a more automated and intelligent process [1][3][10]. Group 1: Traditional Inspection Challenges - Traditional manual inspections required two personnel and over four hours per station, leading to inefficiencies and safety risks such as heatstroke and electric shock [2]. - The limitations of single inspection methods resulted in coverage blind spots, with drones, robots, and cameras each having their own weaknesses [2][4]. - Data silos hindered decision-making, as maintenance personnel spent excessive time comparing data from various systems, affecting the timeliness of defect detection [2]. Group 2: Intelligent Inspection System Features - The "1+3" intelligent inspection system integrates three inspection technologies into a single platform, utilizing AI algorithms for data fusion and analysis, achieving comprehensive coverage and improved usability [3][4]. - The system features a three-layer perception network: high-altitude drones for hard-to-reach areas, ground robots for complex environments, and fixed cameras for continuous monitoring [4]. - The system has improved inspection efficiency by approximately 60% and defect identification rates to 95%, making it a valuable tool for maintenance personnel [5]. Group 3: Emergency Response Capabilities - The upgraded intelligent inspection system can autonomously initiate emergency inspections within 30 seconds of an incident, significantly enhancing response times [6][7]. - The system allows for intelligent path planning in complex fault scenarios, improving the precision and flexibility of inspections [7]. - Post-upgrade, the system's preliminary fault identification rate reached 90%, and emergency response times are expected to decrease by nearly 70% [7]. Group 4: Standardization for Broader Implementation - The company is developing a "5S" standardization system to address common challenges in the deployment of intelligent inspection systems, covering hardware, planning, architecture, algorithms, and team building [8][9]. - The standardization aims to create a replicable model for deploying intelligent inspection systems across multiple substations, with plans to implement this in seven additional 500 kV substations by the end of 2025 [9][10]. - The dual approach of technological innovation and standardization is expected to support the intelligent transformation of power grid operations and modern equipment management [10].

Core Viewpoint - The Southern Power Grid Yunnan Lincang Fengqing Power Supply Bureau is actively promoting constitutional awareness and legal knowledge related to electricity, aiming to enhance public understanding of energy security and legal compliance in electricity usage during the winter season [1][3]. Group 1: Event Overview - The event coincided with the 12th National Constitution Day and the launch of the 12th National Constitution Publicity Week, utilizing the Walnut Cultural Activity Week as a platform for constitutional promotion [1]. - The activity distributed over 300 promotional materials and answered more than 100 public inquiries, facilitating the public's understanding of constitutional and electricity law knowledge [5]. Group 2: Objectives and Themes - The event focused on three main objectives: 1. To deepen the understanding of the constitution's significance among all staff and integrate legal thinking into the entire process of power grid construction, safety production, and power supply services [3]. 2. To educate the public on relevant constitutional clauses regarding energy security and public services, as well as specialized regulations like the Electricity Law and the Electricity Facility Protection Regulations [3]. 3. To build a legal communication bridge between government, enterprises, and the public, addressing compliance challenges in electricity usage and fostering a culture of respecting and adhering to the law [3]. Group 3: Community Engagement and Services - The Fengqing Power Supply Bureau integrates the social responsibilities conferred by the constitution into the entire electricity service process, ensuring the protection of public electricity usage through legal means [7]. - Volunteer teams have been established to provide services such as electricity consultations, fault inspections, and legal education in rural areas and communities, promoting safe and energy-saving electricity practices [7]. Group 4: Future Plans - The bureau plans to continue embedding constitutional principles into electricity production, management, and public service, enhancing its legal governance capabilities to support high-quality economic and social development in Lincang Fengqing [9].

Core Viewpoint - The successful implementation of drone nest technology in the Huizhou power distribution network marks a significant advancement in intelligent operation and maintenance, enhancing efficiency and safety in power grid inspections [1][4][8]. Group 1: Technological Advancements - The drone nest technology has transitioned from being an "auxiliary tool" to a "core component" of operation and maintenance, integrating autonomous charging, enhanced data transmission, and multi-source data fusion [6]. - The new operational model allows for fully autonomous drone inspections, overcoming the limitations of traditional manual inspections, which are time-consuming and limited in coverage [6][8]. Group 2: Efficiency Improvements - Inspections that previously took 3 hours using manual operation can now be completed in just 20 minutes with the drone nest technology, significantly increasing operational efficiency [8]. - The efficiency of defect detection has improved by over three times, injecting strong technological momentum into power distribution maintenance [4]. Group 3: Strategic Implications - The successful application of the drone nest aligns with the company's strategy of "technology-driven network enhancement," aiming for digital transformation in power distribution operations [8]. - The company plans to scale up the deployment of drone nests and continue technological iterations to cover more remote areas and complex lines, contributing to energy security and industrial upgrades [8].