国务院新闻办公室8月26日举行"高质量完成'十四五'规划"系列主题新闻发布会。国家发展改革委党组成员、国家能源局局长王 宏志会上介绍"十四五"时期能源高质量发展成就。我们将发布会中能源要点提炼并整理如下： 国家能源局局长 王宏志 "十四五"规划《纲要》提出的能源生产总量等主要指标将如期完成 王宏志表示，"十四五"以来，在以习近平同志为核心的党中央坚强领导下，在"四个革命、一个合作"能源安全新战略指 引下，我国能源事业取得了突破性进展和历史性成就，"十四五"规划《纲要》提出的能源综合生产能力和非化石能源占 比等主要指标将如期完成，14亿多人的能源安全得到有效保障，绿色低碳发展举世瞩目，我国成为世界能源转型的重要 推动者。 "十四五"前四年，我国能源消费增量已达到"十三五"五年增量的1.5倍 王宏志表示，"十四五"前四年，我国能源消费增量已达到"十三五"五年增量的1.5倍，预计五年新增用电量将超过欧盟 的年度用电量。我们加快能源产供储销体系建设，有效满足了快速增长的能源需求。2024年全国发电量超10万亿千瓦 时，占全球1/3，能源生产总量折合约50亿吨标准煤，占比超全球1/5，保障了能源供应"量足价稳"。 能源 ...

近年来，绿电园区逐步从虚拟概念变为现实场景。日前，国家发展改革委、国家能源局等部门出台《关 于促进可再生能源绿色电力证书市场高质量发展的意见》，提出依法稳步推进绿证强制消费，逐步提高 绿色电力消费比例并使用绿证核算，在有条件的地区分类分档打造一批高比例消费绿色电力的绿电工 厂、绿电园区等，鼓励其实现100%绿色电力消费。 建设绿电园区，重在强调工业园区的主要能源为光伏发电、风电、水电等清洁能源。在"双碳"目标引领 下，此举直面机遇与挑战，有助于加快构建新型能源体系和新型电力系统，助力产业升级、能源转型、 成本控制等，促进经济社会全面绿色低碳发展。 也应看到，建设绿电园区仍属新鲜事物，没有十分成熟的路径，在积极探索中更要注意统筹兼顾。 因地制宜，兼顾能源结构与产业结构。绿电园区依赖于一定的基础条件。既有较强的新能源供给能力， 又匹配钢铁、有色、建材、化工、数据中心等重点用能行业，园区的供需两端才能"一拍即合"，同时解 决"弃电"问题和缺电隐忧，实现新能源产业与特色优势产业耦合发展。比如，宁夏在密集调研、系统分 析基础上，谋划建设全国首个省域绿电园区，加快培育形成新能源装备、新型储能、绿电绿证交易和碳 市场服务等 ...

Core Insights - The "Ningdian Ruxiang" project, China's first high-voltage direct current transmission line primarily for renewable energy, has been put into operation, marking a significant step in the country's energy transition [1][2] - The project has a total investment of 28.1 billion yuan and a power transmission capacity of 8 million kilowatts, expected to supply over 36 billion kilowatt-hours annually to Hunan, meeting about one-sixth of the province's electricity demand [2][3] Investment Trends - Energy investment in China is accelerating towards green and new energy, with significant projects underway, and a total investment exceeding 1.5 trillion yuan in key energy projects in the first half of the year, a 21.6% increase year-on-year [2][4] - Investments in renewable energy generation are growing rapidly, with land-based wind power investments in Guangxi and Xinjiang doubling compared to the previous year, and offshore wind investments in Guangdong, Fujian, and Shanghai also seeing significant increases [2][4] Infrastructure Development - The construction of high-voltage transmission lines is becoming a key trend, facilitating the large-scale optimization of clean energy distribution and driving growth in related industries [3][4] - The "Ningdian Ruxiang" project utilizes advanced equipment and technologies, positively impacting the power equipment and construction sectors, demonstrating a dual empowerment effect between the project and the industry [3] Emerging Energy Solutions - The development of new energy systems is crucial, with significant investments in hydrogen energy and energy storage projects, which are expected to alleviate issues related to the integration of high proportions of renewable energy [4] - The market for smart grids, new energy storage, and green hydrogen is anticipated to grow, with ongoing upgrades to existing grid infrastructure and continued investment in cross-regional transmission channels [4]

盛夏时节，记者在重庆惠科金渝光电科技有限公司无尘车间看到，一块块玻璃面板通过镀膜、显影、蚀 刻等工序，不断被生产出来，为惠普等品牌提供显示器产品。 不断发展壮大的绿色工业园区，正是我国加快构建绿色低碳循环发展经济体系的一个缩影。 记者从国家发展改革委了解到，我国绿色产业转型加快推进。截至目前，已培育66个国家级战略性新兴 产业集群、6400多家国家级绿色工厂。新能源汽车年产销量均超1200万辆，连续10年位居全球第一，保 有量占全球一半以上。 河西走廊西端、阿尔金山脚下，海拔3000米左右的戈壁滩上，密密麻麻的光伏面板和风力发电机分布其 间。这里是甘肃省酒泉市阿克塞哈萨克族自治县四十里戈壁千万千瓦级可再生能源多能互补基地。位于 其中的国投阿克塞新能源有限公司汇东光热+光伏项目于2024年11月实现全容量并网发电。 "公司建立了完善的废水循环利用管理系统和能耗管理平台，对制造各个环节的用水、用能实现了精细 化管理，加速推进生产绿色化。"重庆惠科金渝光电科技有限公司政企事务部部长唐莉说。 公司所在的重庆数智产业园，是国家级绿色工业园区。目前，园区水重复利用率高达97%，一般工业固 废综合利用率达89.83%，实现 ...

据中国能建官微：8月20日，中国能建党委副书记、总经理倪真在太原拜访山西省委副书记、省长卢东亮。双方围绕能源电力规划、绿电园区、固废处置 及综合利用、水利水务等领域合作进行深入交流，并达成广泛共识。 山西省副省长赵红严，省政府副秘书长曹荣湘，中国能建总经济师、市场开发事业部总经理周小能，以及双方相关部门、单位负责人参加活动。 \ 卢东亮对中国能建为山西省经济社会发展和能源转型作出的贡献表示感谢。他说，当前，山西省正在深入贯彻习近平总书记考察山西重要讲话重要指示精 神，坚定有序推进转型发展，加快推动高质量发展取得新突破。中国能建是国家能源电力和基础设施等领域的国家队、主力军，投建营一体化能力和全产 业链服务优势明显。希望双方在电力外送规划、风电、光伏发电规模开发、绿电园区、储能、氢能等领域不断深化合作，在共同服务国家重大战略中实现 互利共赢。山西省委、省政府将持续优化营商环境，为中国能建在山西发展提供服务保障。 倪真对山西省委、省政府长期以来给予中国能建的支持表示感谢，并简要介绍了公司整体情况。他表示，中国能建正深入贯彻能源安全新战略，聚焦能源 电力水利主责主业，加快发展具有能建特色的新质生产力，推动企业高质量 ...

Core Viewpoint - The development of green electricity parks is transitioning from a conceptual phase to practical implementation, driven by government policies aimed at promoting renewable energy consumption and establishing a new energy system [1][2]. Group 1: Policy and Development - The National Development and Reform Commission and the National Energy Administration have issued guidelines to promote the high-quality development of the renewable energy green power certificate market, advocating for a gradual increase in the proportion of green electricity consumption [1]. - The construction of green electricity parks emphasizes the use of clean energy sources such as solar, wind, and hydropower, aligning with the "dual carbon" goals to facilitate energy transition and industrial upgrades [1][2]. Group 2: Economic and Ecological Considerations - Green electricity parks should be developed based on local conditions, ensuring a strong supply of renewable energy while matching the energy needs of key industries like steel, non-ferrous metals, and data centers, thus addressing both energy surplus and shortage issues [2]. - The aim is to convert renewable energy advantages into economic benefits by optimizing land and capital costs, controlling scale, and enhancing ecological restoration, which can improve market competitiveness and attract investment [2]. Group 3: Collaborative Efforts - Accelerating the construction of green electricity parks requires significant investment and the mobilization of various stakeholders, with government support being crucial for guiding policy and promoting renewable energy development [3]. - The integration of multiple energy sources and the establishment of storage facilities are essential to address the volatility of renewable energy generation, enhancing the supply capabilities of green electricity parks [3].

Core Viewpoint - China Energy Construction Digital Technology Group has successfully conducted the world's largest artificial cavern gas storage in-situ testing platform, achieving a breakthrough in high-pressure gas storage technology and setting multiple world records [1][2] Group 1: Technological Achievements - The testing platform reached a pressure of 18 MPa, which is the highest level globally, and validated the performance indicators of gas storage, including sealing and stability, meeting international first-class standards [1] - The platform established five world records and eight pioneering achievements, showcasing its capabilities in ultra-high pressure, ultra-tight sealing, ultra-high reliability, comprehensive perception, and high efficiency [1][2] Group 2: Project Details - The laboratory is the largest and most advanced artificial cavern in-situ testing platform globally, with a maximum depth of 110 meters and a maximum testing pressure of 20 MPa, featuring dual-cave synchronous testing capabilities [1] - The project was initiated in December 2022 and is expected to be operational by August 2024, addressing the safety and economic challenges of high-pressure, multi-medium, long-cycle gas storage [1] Group 3: Industry Impact - The breakthrough expands the utilization space for deep underground resources under ultra-high pressure and large fluctuations, supporting the dual carbon goals and the construction of a new energy system [2] - The technology not only supports high-pressure air storage but is also applicable to hydrogen, natural gas, ammonia, and oil and gas storage, facilitating integrated energy systems and strategic reserves [2] - The achievements align with the Gansu Jiuquan 300 MW compressed air energy storage demonstration project, marking a revolutionary breakthrough in China's compressed air energy storage industry [2]

Core Viewpoint - The "Two Mountains" concept, proposed by Xi Jinping, emphasizes the relationship between economic development and ecological protection, serving as a guiding principle for China's modernization efforts [1][2]. Group 1: Scientific Guidance for Modernization - The "Two Mountains" concept reflects the integration of high-quality development and environmental protection, highlighting the dialectical relationship between ecological and economic wealth [1]. - It embodies a people-centered development philosophy and aligns with China's historical respect for nature, representing both inheritance and innovation of traditional culture [1][2]. Group 2: Energy Transition and High-Quality Development - Energy is a crucial foundation for economic and social development, with fossil fuel consumption leading to significant greenhouse gas emissions and environmental damage [3]. - In 2024, global energy-related carbon emissions are projected to reach 37.8 billion tons, accounting for over 85% of total emissions [3]. - The transition to clean energy is essential for achieving high-quality development, necessitating a shift from fossil fuels to renewable energy sources [4]. Group 3: Achievements in Green Development - Over the past 20 years, the share of clean energy in China's primary energy consumption has increased from 7.4% to 19.7%, with clean energy generation rising from 18.2% to 36.8% [5]. - By 2023, carbon emissions per unit of electricity generation have decreased by 37% compared to 2005, with total reductions exceeding 28 billion tons since 2006 [6]. - Innovative ecological protection measures have been implemented alongside energy development, receiving international recognition [6]. Group 4: Policy and Mechanism Improvements - Continuous reforms in key areas have led to the establishment of a unified national electricity market and the world's largest carbon market, with significant trading volumes projected for 2024 [7]. Group 5: Future Directions for Energy Production - The focus is on advancing technological innovation, developing strategic emerging industries, and enhancing the electrification of energy consumption across various sectors [8][9]. - International cooperation is emphasized to enhance China's role in global energy governance and promote sustainable energy practices [9].

Core Viewpoint - The establishment of the world's largest artificial cavern gas storage in-situ testing platform by China Energy Construction Group marks a significant technological breakthrough in the gas storage sector, achieving five world records and eight pioneering results, thus advancing the energy storage industry towards large-scale and industrial development [2] Group 1: Technological Achievements - The testing platform has successfully reached a maximum pressure level of 20 MPa, which is the highest in the world, and features two ultra-large testing caverns with a maximum depth of 110 meters [2] - The project has achieved 100% autonomy in technology, with significant innovations including a composite sealing system, rock mass bearing theory, full temperature field data acquisition, and high-pressure air state observation [2] Group 2: Industry Impact - This breakthrough opens up new pathways for utilizing deep underground resources under ultra-high pressure and large fluctuations, integrating high economic efficiency, high reliability, high construction efficiency, and high operational controllability [2] - The advancements are expected to accelerate the development of strategic energy reserves such as hydrogen, helium, and oil gas, contributing to the dual carbon goals and the construction of a new energy system [2]

Group 1 - The core viewpoint emphasizes the commitment to green transformation in economic and social development, with a focus on achieving the "1+2+4+N" target system for carbon reduction, pollution reduction, green expansion, and growth [1] - The next steps include solidifying carbon emission data measurement, setting scientifically-based carbon intensity reduction targets, and enhancing policies for industry carbon control and enterprise carbon management [1] - There is a strong push for building a modern industrial system, promoting strategic emerging industries, and upgrading traditional industries while managing high energy consumption and emissions [1] Group 2 - The strategy includes implementing a comprehensive conservation approach, enhancing resource efficiency, and establishing a rigid water resource constraint system [2] - The focus is on advancing low-carbon transformation in key areas, including developing a green and efficient transportation system and promoting the green transition in urban construction [2] - The promotion of circular economy practices is highlighted, with an emphasis on optimizing resource recycling and establishing a waste recycling system [2]