务单元分散资金，实行统一调度、统筹使用，盘活存量资金，降低融资成本；数据支撑'一库建'，搭建 成本核算资源库，整合行业标杆数据、历史执行情况等信息，为成本分析、预算编制提供科学依据；预 算管控'一计划定'，围绕年度经营目标制定资金使用计划，明确支出节点、额度及效益目标，实现资金 投放与业务发展精准匹配。 该机制打破传统粗放式管理模式，将"精打细算、厉行节约"理念转化为具体行动。通过精准配置资金资 源，推动资金向核心业务、重点项目倾斜，有效降低运营成本，实现"花小钱办大事"的管理目标，为公 司提质增效注入长效动力。（肖坤勇） 为深化成本管控、赋能高质量发展，国网重庆潼南供电公司的创新推行"一池一库一计划"资金管理机 制，通过全流程精细化管控规范资金运作，切实提升资金使用效率，为增收节支提供坚实支撑。 "一池一库一计划"机制聚焦资金管理痛点难点，打出精准管控"组合拳"。资金归集'一池化'，整合各业 ...

Group 1 - The AI + Energy Development Conference will be held on January 30-31, 2026, in Beijing, focusing on the integration of intelligent technology and the energy industry to support the construction of an energy powerhouse [2][3] - The conference is part of the 2026 Zhongguancun Forum and aims to inject innovative momentum into the energy sector, aligning with national strategies for building a new energy system and promoting high-quality development [3][5] - The event will gather over 300 representatives from various sectors, including government officials, industry leaders, and scholars, to discuss major topics such as AI-driven energy system transformation and intelligent energy decision-making [4][5] Group 2 - The conference will feature a main forum and two closed-door seminars, with live broadcasts on multiple platforms to showcase the latest achievements and future directions of AI and energy integration [4] - Key discussions will include modernizing energy governance, AI applications in traditional and renewable energy sectors, and addressing critical issues in data governance and regulatory collaboration [4][5] - The event aims to establish a regular international exchange mechanism, enhance China's energy industry's innovation capabilities, and demonstrate China's commitment to sustainable development and global cooperation [5][6]

Core Insights - Gansu Electric Design Company has achieved significant milestones in 2025, including the successful development and acceptance of an integrated intelligent control device for wastewater treatment, which addresses key challenges in power transmission and transformation projects [1][2] - The company has been recognized with multiple honors, including being named a "specialized, refined, and innovative" small and medium-sized enterprise in Gansu Province, reflecting its commitment to technological empowerment and continuous upgrades [1][4] Group 1: Environmental Innovation - The intelligent wastewater treatment device developed by Gansu Electric Design Company operates effectively in low-temperature environments, achieving automated control without manual intervention, thus enhancing environmental protection in remote substations [2] - The company has actively participated in the preparation of key environmental management research reports, gaining recognition from the State Grid Corporation of China for its contributions to environmental governance and integration with power engineering [2] Group 2: Digital Transformation - The company has successfully passed the acceptance of integrated design and cost estimation technology for overhead transmission lines, marking a critical step in the implementation of the State Grid's "digital empowerment and lean cost" strategy [3] - Gansu Electric Design Company is leading efforts in digital construction, transitioning from experience-driven to data-driven management, and fostering collaboration across various engineering disciplines [3] Group 3: Technological Advancement - In 2025, Gansu Electric Design Company has made substantial progress in technological innovation, achieving multiple recognitions and a record number of patents, publications, and standards [4] - The company is focused on high-quality development through technological innovation, aiming to contribute to the energy transition in China by leveraging its advancements in technology and innovation [4]

Core Viewpoint - The release of the first domestic group standard for "Drone-Assisted Supervision of Overhead Transmission Line Projects" marks a significant breakthrough in the standardization of digital supervision in the power transmission engineering sector, which is expected to enhance the productivity of power grid construction by 2026 [1] Group 1: Standard Development - The standard was officially initiated by the China Electric Power Construction Enterprise Association in March 2025 and was developed by Gansu Electric Design Company in collaboration with 12 well-known domestic power construction supervision enterprises [1] - The standard underwent comprehensive validation at key transmission project sites, incorporating feedback from frontline supervision personnel, and successfully passed the final review by the expert group of the China Electric Power Construction Enterprise Association in December 2025 [1] Group 2: Advantages of Drone-Assisted Supervision - Drone-assisted supervision offers advantages over traditional supervision, including a broader monitoring perspective, strong environmental adaptability, precise control processes, and enhanced traceability of responsibilities [2] - Drones can perform high-definition photography, video recording, and real-time communication to inspect the safety behaviors of personnel working at heights, addressing the limitations of traditional monitoring methods [2] - This technology allows for comprehensive monitoring of safety behaviors, the use of personal protective equipment, and the status of tools, enabling timely correction of safety hazards on-site [2]

Core Viewpoint - The new regulations for the recycling and comprehensive utilization of used power batteries in the new energy vehicle sector signify a new phase of standardized management across the entire chain in China [1] Group 1: Regulatory Framework - The new regulations impose responsibilities on all parties involved, including battery manufacturers, vehicle companies, and recycling firms, with administrative penalties to enhance supervision [1] - Compliance records of these entities will directly affect their business qualifications and partnership opportunities, making it essential to verify their operational scope and check for any environmental penalties, safety incidents, or major legal disputes [1] Group 2: Industry Integration and Investment Opportunities - The regulations are expected to integrate multiple resources, promoting the transformation of the industry towards standardization, efficiency, and sustainability, thereby supporting the long-term development of the new energy vehicle sector [2] - Understanding the capital backgrounds and control relationships of key enterprises in the industry is crucial for investors and researchers, as it allows for a clearer view of the investment institutions, control levels, and associated networks behind these companies [2] Group 3: Market Trends - As of now, there are over 204,000 battery recycling-related enterprises in China, with more than 43,000 new registrations expected by 2025, indicating a consistent annual growth trend in the number of registered companies over the past five years [2] - The peak in the number of registered battery recycling enterprises is projected to occur in 2025 [2] Group 4: Regional Distribution - Guangdong, Anhui, and Jiangsu provinces lead in the number of battery recycling-related enterprises, with over 18,000, 14,000, and 14,000 companies respectively, followed by Shandong and Henan provinces [3]

Core Viewpoint - The coal industry in Guizhou Province is positioned as a core force for energy security in Southwest China, with a focus on safety, transformation, and benefiting people's livelihoods as outlined in the "14th Five-Year Plan" [1][3] Group 1: Industry Development and Performance - In 2025, Guizhou's coal production reached 183 million tons, an 8.8% increase from 168 million tons in 2024, with a continued positive trend in safety production [3] - The coal power installed capacity accounts for approximately 40% of the total, contributing nearly 60% of the electricity generation, highlighting its critical role in energy security [3] - The coal industry's energy support ratio is expected to remain around 50% during the "15th Five-Year Plan" period [3] Group 2: Innovation and Technology - The transformation of the traditional coal industry must be driven by technological innovation, focusing on clean utilization, intelligent development, and ecological construction [4] - Guizhou has developed a unique path of "introduction-digestion-absorption-re-innovation" to create independent intellectual property rights and promote high-quality industry development [4] - A collaborative platform between enterprises and universities has been established to cultivate high-level professionals for the healthy development of coal [4] Group 3: Strategic Planning and Market Expansion - The industry is advancing the construction of intelligent coal washing plants and aims to enhance coal quality through customized products based on market demand [5] - Efforts are being made to establish a coal pricing mechanism in Southwest China and prepare for a coal trading conference to increase Guizhou's market share [5] Group 4: Coalbed Methane Development - Guizhou is the second richest province in coalbed methane resources, with significant progress made despite complex geological conditions [6] - The association plans to enhance coalbed methane exploration through annual energy expos and collaboration with universities and research institutions [6] Group 5: Commitment to Energy Security and Transformation - The coal industry in Guizhou is committed to implementing the meeting's spirit with a focus on development and safety, aiming for structural optimization while ensuring energy security [7] - The industry is undergoing comprehensive reforms, from intelligent construction to green transformation, contributing to high-quality energy development in Guizhou [7]

自然资源部1月15日表示，"十四五"时期，全国共完成修复治理历史遗留矿山面积335万亩，超过280万 亩修复治理目标任务的19.6%，取得良好生态效益和经济社会效益。 在长江、黄河等重要流域以及青藏高原、"三北"工程区等重点区域部署实施了68个历史遗留矿山生态修 复示范工程，通过示范引领，有效推动各地历史遗留矿山生态修复构建形成"中央引导+地方落实+社会 参与"的生态修复模式。 自然资源部强调，下一步将持续强化生产矿山生态修复监管，在遏制增量的同时，扎实开展历史遗留矿 山生态修复，指导各地坚持因地制宜、以用定治，推动有条件地区历史遗留矿山"清零"。 责任编辑：闫弘旭 据统计，通过实施示范工程，全国已修复废弃矿山超1.8万个，消除地质安全隐患点近7000处，治理边 坡与采坑面积超25万亩，新增耕地、园地面积约2.6万亩，新增林草湿地面积超15万亩，有效改善矿区 生态和人居环境，提升了采矿损毁废弃土地利用价值。 ...

Core Viewpoint - The Ministry of Industry and Information Technology (MIIT) has initiated the carbon footprint accounting and reporting for automotive power batteries, aiming to establish a comprehensive management system by the end of 2026, which will align with international standards [1][2]. Group 1: Policy and Framework - The notification marks the full launch of carbon footprint accounting and reporting for automotive power batteries, which are significant sources of carbon emissions in the lifecycle of new energy vehicles [1]. - By 2026, a robust framework for carbon footprint management, including accounting rules, certification standards, and background data systems, is expected to be established [1][2]. - The implementation of a unified carbon footprint reporting system is crucial for the global development of the power battery industry and aligning with international standards [2][3]. Group 2: Industry Collaboration - The carbon footprint data reporting involves various stakeholders across the supply chain, with battery pack manufacturers as the primary reporting entities [2][3]. - The establishment of a "Battery Carbon Chain Alliance" is suggested to enhance collaboration among battery manufacturers, upstream material suppliers, and third-party organizations to build a low-carbon management system [3]. Group 3: Implementation Phases - The reporting process will be conducted in two phases: a trial run until December 31, 2026, followed by regular reporting starting January 1, 2027 [4][5]. - During the trial phase, manufacturers are required to report the carbon footprint for at least five typical battery pack products, covering all chemical systems [5]. Group 4: Challenges and Recommendations - Companies may face challenges such as data acquisition difficulties, high costs, and a lack of professional talent in carbon footprint management [6]. - It is recommended that companies build digital carbon management platforms to enhance data transparency and collaboration across the supply chain [6]. - The government is encouraged to support small and medium-sized enterprises in developing their carbon accounting capabilities through training and tax incentives [6]. Group 5: International Standards and Cooperation - The MIIT emphasizes the importance of aligning domestic standards with international norms to reduce compliance costs for export-oriented companies [6][7]. - Continuous communication and collaboration with international entities will be pursued to promote unified accounting rules and mutual recognition of results [7].

"安全培训容不得半点含糊，教师队伍必须过得硬、靠得住。"芦岭煤矿相关负责人表示，下一步将持续 深化师资队伍建设，完善培养激励机制，定期开展教学能力提升培训，着力打造专业过硬、结构合理、 充满活力的高素质师资队伍，为矿井安全生产持续稳定向好提供坚实人才支撑。（刘丽华 蔡文涛） 分级分类管理，让优秀者出彩。该矿将《培训教师管理办法》《教学质量评估制度》纳入核心制度体 系，建立"学员评价+三级听课+综合考评"立体化评价机制。依据考评结果，将教师划分为"核心骨干－ 熟练教师－新任教师"三级梯队，实行差异化课酬分配，让优秀教师"有舞台、有待遇、有荣誉"，充分 调动教学积极性。 系统培养赋能，让能力强起来。实施教师轮训提升计划，组织优秀教师赴集团安全培训中心观摩"示范 课"，推行实操教师"一线淬炼"制度，鼓励参与注册安全工程师等专业认证。每年结合生产重点，组织 定制化课程开发，确保教学内容与生产实际"零脱节"，让培训"听得懂、用得上、管得住安全"。 激励约束并重，让责任实起来。建立健全考核淘汰机制，将学员满意度、"师带徒"成效、技能大赛表现 等纳入核心考核指标，实行年度综合评比与动态聘任。通过正向激励与反向约束，强化教师 ...

审核：徐海生 强化隐患排查，实现闭环管控。组织专业人员常态化开展仓库安全巡查，聚焦消防设施、电气线路、通 风防潮等重点环节，严查物资堆放规范与防火防爆措施落实情况。针对排查出的隐患建立台账，逐项整 改销号，形成闭环管理。同时，提前备足冬季应急物资，全面覆盖各类运维抢修需求，做到有备无患。 优化供应网络，保障调配高效。实时监控库存动态，加强与项目部门信息互通，精准开展物资补库。推 进常用物资前置至一线仓库，缩短调配半径与响应时间，显著提升抢修施工保障效率。 下一步，国网遂平县供电公司将持续深化迎峰度冬各项举措，紧盯仓库安全与物资供应全链条，推动管 理向精细化、智能化迈进，以严谨务实的作风守护电网安全，全力保障人民群众温暖过冬、企业生产用 电可靠。 作者：杨慧 近日，国网遂平县供电公司紧紧围绕迎峰度冬保供电核心任务，以仓库安全排查为抓手，系统推进物资 储备、管理与调配全流程提质增效，全力确保电力物资储得足、调得快、供得稳，为保障冬季电网安全 运行、群众温暖过冬打下坚实的物资基础。 细化管理机制，提升储备精度。公司制定专项工作方案及应急预案，明确物资调配路径与岗位职责。通 过深入一线调研需求，梳理关键设备与耗材清单 ...