持续完善公司治理，加强董事会建设。公司严格贯彻"两个一以贯之"，全面厘清党委（党组）、董事 会、经理层权责边界，持续完善公司治理制度体系，着力推动"体系制度化、制度流程化、流程清单 化"，实现各治理主体协调高效运转。全面推进科学、理性、高效董事会建设，大力推动专职外部董事 队伍建设走深走实，围绕外部董事配置优化、培训培养、支撑保障、考核评价与激励约束等关键环节接 续发力，持续推进外部董事深入履职、发挥实效，确保党中央重大决策部署和国务院国资委各项要求落 实落地。 打造产业集团管控体系，强化穿透式监管。公司明确产业集团定位，按照"做强总部、做实专业公司、 做优企业"的思路，构建总部"战略+核心运营管控"，二级单位"以运营管控为主，战略管控为辅"，三四 级单位"运营管控"的三级管控架构。结合公司治理需求，在重点领域先行实践国资体系穿透式监管工 作；加强专项监督检查，开展财经纪律专项检查、招标投标典型问题专项整治等工作；增强审计监督。 纵深推进国企改革三年行动和改革深化提升行动取得突出成效。公司坚持以深化改革为根本动力破解发 展难题，统筹谋划、一体推进"两化"重组整合、高质量发展、历史问题化解等重点任务，取得阶段性 ...

金川集团镍合金有限公司的产品"整装待发"（资料图）。新甘肃·甘肃日报通讯员 张俊成 甘肃地区生产总值4年连跨4个千亿台阶 从2020年的9016亿元到2024年的1.3万亿元 预计到2025年底，全省公路总里程将达到16万公里 其中,高速及一级公路通车里程达到8600公里,比"十三五"末增加2600公里 原标题：苦干实干争先进位——"十四五"甘肃经济社会高质量发展综述 2025年全省粮食总产量达1309.25万吨，首次突破1300万吨大关 5年来，甘肃粮食产量连续稳定在1200万吨以上 新甘肃·甘肃日报记者 刘健 "十四五"收官在即。回望五年，陇原大地硕果累累、满目锦绣。 "十四五"以来，在以习近平同志为核心的党中央坚强领导下，省委、省政府以习近平新时代中国特色社会主 义思想为指引，带领陇原儿女全面贯彻落实习近平总书记视察甘肃重要讲话重要指示精神，牢记嘱托、感恩 奋进，改革创新、主动作为，攻坚克难、勇毅前行，在中国式现代化建设中跳起摸高、争先进位，取得一系 列历史性的成就、标志性的成果、突破性的变革。 纵向看，甘肃地区生产总值4年连跨4个千亿台阶，从2020年的9016亿元到2024年的1.3万亿元；横向比， ...

Core Viewpoint - The stability of winter energy supply is crucial for the smooth development of the economy and society, with coal being the primary energy source in China, ensuring sufficient supply is essential for residential heating and industrial production [1][2]. Group 1: Energy Supply Measures - Various regions are implementing energy supply assurance measures to increase production, ensure transportation, and optimize scheduling to enhance energy supply capabilities [1]. - In November, national railways delivered a total of 184 million tons of coal, a year-on-year increase of 0.3%, with thermal coal accounting for 128 million tons [1]. - By the end of November, coal stockpiles at power plants reached 88.23 million tons, with a consumption duration of 35.8 days, an increase of one day compared to the previous year [1]. Group 2: Multi-Modal Transportation and Renewable Energy - In Xinjiang, a multi-modal transportation system has been established, with coal exports expected to reach 10 million tons, a 10% increase year-on-year [2]. - The Daqin Railway in Shanxi is undergoing capacity expansion and integrating AI technology, maintaining a daily transport volume of 1.3 million tons since November [2]. - Renewable energy sources, particularly wind and solar, are increasingly contributing to winter energy supply, with renewable energy installations reaching 332 million kilowatts in the first ten months of 2025, accounting for nearly 60% of total installed capacity [2]. Group 3: Technological Advancements in Energy Management - The integration of AI, big data, and digital twin technologies is enhancing the complexity and reliability of the power system, allowing for more precise and rapid adjustments [3]. - Smart inspection technologies, such as drones and robots, are being utilized for efficient monitoring and fault detection in power grids [3]. Group 4: Recommendations for Energy Stability - To ensure energy stability, it is recommended to increase coal supply, promote flexibility in coal power, and accelerate the construction of pumped storage and new energy storage systems [4]. - Upgrading the distribution network and building ultra-high voltage transmission networks are essential for transporting clean energy from the northwest to the eastern regions [4]. - Encouraging demand-side flexibility through pricing mechanisms and enhancing digital capabilities for better forecasting and scheduling are also suggested [4].

瞄准这些核心技术方向的同时，贺克斌还提醒，全球协同推进碳中和需直面三重严峻挑战： 一是技术创新挑战，在支撑全球2050年碳中和目标的技术中，约一半尚未实现商业化，未来竞争与创新 空间巨大； 二是供应链与资源挑战，新能源产业所需的关键矿产资源（如锂、钴、稀土等）需求将激增，可能面临 资源约束和价格波动。中国在稀土加工和电池制造等中下游环节优势显著，但上游资源保障是关键。与 此同时，大规模退役光伏板、风机叶片、动力电池的循环利用将成为必需的新兴产业； （原标题：贺克斌：迈向碳中和，技术依赖成全球能源竞争新焦点） 南方财经 21世纪经济报道记者 郑青亭、实习生王馨梓 12月18日，《财经》年会2026：预测与战略暨2025全球财富管理论坛在北京开幕。中国工程院院士、清 华大学碳中和研究院院长贺克斌在主旨演讲中指出，世界经济正在从对能源的"资源依赖"走向对能源 的"技术依赖"，谁能率先建成并掌控关键技术，谁就掌握了未来发展的主动权。 他强调，对于中国等发展中国家而言，推动"双碳"行动不仅是应对气候变化的需要，也与解决常规环境 污染（如PM2.5）、建设美丽中国、推动产业升级和经济竞争力提升三大逻辑紧密相连。他通过模型 ...

国网潍坊市寒亭区供电公司聚焦打造价值党建、强化文化赋能，推动党建工作与企业发展"双向融合、 双向赋能"，融合地域文化打造"筝程、筝明、筝强、筝安"品牌矩阵，聚焦电网建设、优质服务等重点 工作制订十大价值党建融合项目,提升党建工作政治、经济和文化"三个价值"，以高质量党建引领保障 企业高质量发展。 党业融合 开启绿能涌动新篇章 国网潍坊市寒亭区供电公司始终坚持抓党建从业务出发,抓业务从党建入手，制定十大价值党建融合项 目,让党建在生产经营一线发挥作用、彰显价值，以更高站位、更大力度、更实举措赋能企业发展，服 务居民用电。 新能源发展势头强劲，对电力服务提出质量、效率提出新要求。国网潍坊市寒亭区供电公司坚持党建融 合促进业务发展，抽调新能源服务、设备运维、继电保护、节能降损等专业党员骨干,成立"绿电服务专 班"，"一项一策"提供技术支持，助力绿色发展。 9月30日，潍坊港中港区分散式风电项目一期成功并网。该项目总装机容量26.8兆瓦，是山东省首个并 网投运的陆上分散式风电项目，产生的绿电将同时供应码头设备及船舶岸电使用。这标志着潍坊港建成 了"氢风光储"四位一体的智慧绿色港口。 宁让电等项目，不让项目等电。国网潍 ...

Core Viewpoint - The company aims to transition from quantity to quality during the "15th Five-Year Plan" period, focusing on energy supply security and low-carbon transformation, with specific targets for coal and renewable energy capacity [1][4][6]. Group 1: Strategic Positioning - The company has a threefold mission: ensuring energy supply security, leading industrial restructuring, and promoting dual-carbon initiatives [2][3]. - The company is committed to becoming a leading comprehensive power service provider, focusing on electricity supply, energy structure optimization, and expanding into new energy and carbon trading [2][4]. Group 2: Growth and Development - The company has achieved significant growth during the "14th Five-Year Plan," with a focus on expanding its scale and transitioning to renewable energy [4][6]. - The company has successfully established a substantial coal and gas power generation capacity, with a total of 1,407 MW in coal and gas power and an equity capacity of 2,454 MW, ranking first in the province [4][6]. Group 3: Future Goals and Initiatives - The company aims to have over 15 million kW of coal power and over 10 million kW of renewable energy capacity by the end of the "15th Five-Year Plan" [1][4][7]. - The company plans to leverage opportunities in coal power growth before 2030 while actively pursuing renewable energy projects in Xinjiang and Shaanxi [7]. Group 4: Innovation and Social Responsibility - The company has increased its R&D spending by an average of 14% annually during the "14th Five-Year Plan," with a projected budget of 961 million yuan by 2025 [6]. - The company has contributed 12.75 million yuan to rural revitalization efforts, improving the average annual income of supported villagers to over 18,000 yuan [7].

Group 1 - Multiple listed companies in A-shares have disclosed large orders since September, indicating a structural recovery in industry demand and vibrant core sectors [1][2] - Suzhou Ruima Precision Industrial Group announced a sales forecast of approximately 556 million yuan for air spring assemblies in a new energy vehicle project, marking a breakthrough in domestic precision manufacturing [1] - Jiangsu Linyang Energy won a bid for smart electric meters totaling 142 million yuan, which is 2.1% of its audited revenue for 2024, expected to positively impact its performance in 2025 and 2026 [1] Group 2 - Zhejiang Transportation Technology announced winning bids for highway construction projects totaling about 7.2 billion yuan, which aligns with its strategic business layout and could enhance its market competitiveness in the Yangtze River Delta [2] - Hubei Jing Shan Light Industry Machinery signed a procurement agreement worth approximately 1.005 billion yuan with a leading lithium battery company, representing 11.52% of its audited revenue for 2024, anticipated to positively affect future performance [2] - Recent large orders for listed companies are attributed to the implementation of relevant industrial policies and the upgrading of industries, driven by initiatives like "dual carbon" actions and the shift towards intelligent new energy vehicles [2]

Core Viewpoint - The launch of the book "The Story of Water-Saving and Drought-Resistant Rice" highlights the significant agricultural technological advancements in China, particularly focusing on the development and impact of water-saving and drought-resistant rice [1][3][4]. Group 1: Technological Achievements - Water-saving and drought-resistant rice is a major original agricultural technology achievement in China, capable of saving 50% water and reducing methane emissions by over 90% [1][3]. - The "1522" development goal aims to increase rice planting area by 10 million acres, produce an additional 50 billion kilograms of rice, reduce water usage by 20 billion tons, and cut greenhouse gas emissions by 20 billion kilograms of CO2 equivalent [3][4]. Group 2: Environmental Impact - The cultivation of water-saving and drought-resistant rice can significantly reduce greenhouse gas emissions, achieving over 90% reduction in methane and 97% reduction in other emissions [5]. - The new cultivation method, which includes dry direct seeding, is designed to be simple and low-cost, minimizing surface pollution and contributing to a low-carbon agricultural transformation [4][5]. Group 3: Economic Benefits - The first carbon trading transaction for planting water-saving and drought-resistant rice has been completed, estimating an additional carbon reduction revenue of 460 yuan per hectare, leading to a total annual revenue of 184 million yuan based on a promotion area of 400,000 hectares [5]. - The book serves as a bridge connecting technology and the public, showcasing the importance of water-saving and drought-resistant rice in ensuring national food security and promoting green agricultural development [6]. Group 4: Future Directions - The Shanghai Academy of Agricultural Sciences plans to deepen collaboration with seed companies, universities, and research institutions to enhance the integration of production, learning, and research, thereby accelerating the innovation across the entire industry chain [3][4]. - The publishing group aims to continue documenting and disseminating high-quality scientific works to showcase China's technological advancements in agriculture [6].

Core Viewpoint - The water-saving drought-resistant rice is a significant agricultural technological achievement in China, capable of saving 50% water and reducing methane emissions by over 90% [1][2] Group 1: Agricultural Innovation - The water-saving drought-resistant rice integrates high yield and quality of traditional rice with drought resistance and water-saving features, allowing for cultivation without flooding and achieving similar yield and quality to regular rice while saving over 50% water [1] - The technology has been recognized with multiple awards, including the second prize of the National Technology Invention Award in 2013 and the first prize of the National Science and Technology Progress Award in 2020 [1] - The total area promoted for water-saving drought-resistant rice has exceeded 30 million mu, with an annual planting area of 5 million mu [1] Group 2: Environmental Impact - The drought-resistant rice cultivation method can reduce greenhouse gas emissions by over 90% compared to traditional flooded rice cultivation, with methane emissions reduced by over 97% [2] - The carbon reduction methodology for this rice has been successfully registered, leading to additional carbon reduction revenue of 460 yuan per hectare, potentially generating an annual income of 18.4 million yuan based on a planting area of 400,000 hectares [2] Group 3: International Outreach - Since 2008, the water-saving drought-resistant rice has been tested and promoted in several African countries, with five varieties approved in four countries by the end of 2024 [3] - In Uganda and Ghana, 120,000 mu have been demonstratively promoted, resulting in an increase of over 7.2 million kilograms of rice and helping local farmers earn over 10 million yuan [3] - The research team aims to achieve the "1522" development goal, which includes increasing rice planting area by 100 million mu, producing an additional 50 billion kilograms of rice, and reducing water usage by 20 billion tons [3]

Core Viewpoint - The modernization in China emphasizes the harmonious coexistence of humans and nature, necessitating the cultivation of builders and successors with profound ecological civilization literacy, which is a fundamental requirement of Chinese-style modernization [1] Group 1: Current Challenges in Ecological Civilization Education - The current ecological civilization education for university students faces structural contradictions, including fragmented training models, lack of collaboration among educational stakeholders, and limitations in evaluation systems [2][3] - The education system elements operate relatively independently, with professional courses focusing on technical knowledge, general education limited to ethical teachings, and practical activities being formalized without effective integration [3] Group 2: Proposed Solutions for Education Reform - A systematic approach is needed to reconstruct the ecological civilization education model, integrating various educational activities and creating a cohesive "knowledge-capability-value" structure [4][5] - The evaluation system should be innovated using AI and big data to create a comprehensive assessment framework that includes ecological knowledge, awareness, and behavior, allowing for real-time tracking and dynamic feedback [6] Group 3: Implementation Strategies - Establish a university-level leadership group for ecological civilization education, develop interdisciplinary research platforms, and create a collaborative model that aligns academic disciplines with industry needs [7] - Implement a credit system for ecological courses and integrate ecological education into faculty performance evaluations, ensuring a multi-faceted approach to fostering ecological literacy among students [7]