为保障新船顺利首航，外高桥边检站提前部署，"量身定制"服务清单，组建专项勤务小组，为新造船舶 交付手续申办、船体检查等提供"一船一策"精细化查验举措，通过窗口前移一线、优化查验流程等，大 幅压缩通关时间，保障船舶高效出境。 据统计，外高桥边检站2025年累计保障29艘次新造船舶交付首航，同比增长超20%。(完) 上海港今年首艘新造油船——"海洋双子星"轮9日从上海外高桥口岸鸣笛起航 据悉，"海洋双子星"轮是上海造船企业自主设计建造的大型油船，该船通过水动力等技术创新，满足 EEDI三阶段需求，充分体现了节能、安全与经济性。 中新网上海1月9日电 (陈静 徐振霞)9日，在上海边检总站外高桥边检站保障下，上海港今年首艘新造油 船——"海洋双子星"轮从上海外高桥口岸鸣笛起航。 ...

12月22日，在十四届全国人大常委会第十九次会议上，全国人大常委会副委员长肖捷作了全国人大常委 会执法检查组关于检查《中华人民共和国节约能源法》实施情况的报告。 重点领域能源利用效率持续提升。工业节能领域，实施工业能效提升专项行动，建立重点工业产品产能 预警机制，对重点行业领域开展节能服务诊断，发布重点行业能效"领跑者"企业206家、国家绿色数据 中心246家。建筑节能领域，稳步推进既有建筑节能改造和绿色建筑推广应用，大力发展绿色建筑、超 低能耗建筑。2024年全国新建绿色建筑面积占城镇新建建筑面积比例超过97%。交通节能领域，全国交 通运输结构持续优化，2024年全国铁路货运总发送量、水运完成营业性货运量比2019年分别增长17.3% 和31.3%；运输工具绿色转型稳步推进，2024年新能源汽车新车销售达到新车总销售量的40.9%，充电 站超15万个。 节能领域科技赋能成效显著。节约能源法实施后节能技术领域创新积极性高涨，创新活跃度升高，全国 节能相关企业涉及装备制造、材料生产、工程施工、技术服务等节能产业链多个环节。 报告分析了我国节能工作面临的新形势、贯彻节约能源法存在的主要问题和困难，提出要强化节约优 ...

Group 1: Energy Conservation Law Implementation - The implementation of the Energy Conservation Law has led to significant achievements, with a cumulative reduction of energy consumption per unit of GDP by approximately 43% from 2007 to 2024, equating to about 2.3 billion tons of standard coal saved [1] - Since the 18th National Congress, the energy consumption per unit of GDP has decreased by 27.2%, making China one of the fastest countries in the world to reduce energy intensity [1] - The government has established a comprehensive legal framework for energy conservation, with over 800 departmental regulations and policy documents issued in key sectors such as industry, construction, and transportation [1][2] Group 2: Sector-Specific Energy Efficiency Improvements - In the industrial sector, a special action for energy efficiency improvement has been implemented, identifying 206 leading enterprises in energy efficiency and 246 national green data centers [2] - The construction sector is advancing energy-saving renovations and promoting green buildings, with over 97% of new urban buildings expected to be green buildings by 2024 [2] - The transportation sector is optimizing its structure, with railway freight volume expected to increase by 17.3% and water transport by 31.3% compared to 2019 [2] Group 3: Challenges and Recommendations - The report identifies challenges in implementing the Energy Conservation Law, including the need to strengthen the energy-saving priority strategy and improve management mechanisms [3] - Recommendations include enhancing the energy-saving policy framework, fostering technological innovation, and improving the legal system to support energy conservation efforts [3] Group 4: Circular Economy Development - The Circular Economy Promotion Law has significantly contributed to resource conservation and environmental protection since its implementation in 2009, with various regions actively fulfilling their legal responsibilities [4] - A comprehensive legal framework for circular economy development has been established, with over 600 national standards and local regulations in place [4][5] - The report highlights the establishment of the largest resource recovery and recycling system globally, with over 4 billion tons of recycled resources expected by 2024 [5] Group 5: Economic Impact and Employment - The circular economy sector is projected to generate over 4 trillion yuan in total output value by 2024, employing more than 35 million people, thus becoming a new economic growth point [5] - The report emphasizes the need for improved resource recovery and recycling practices, as well as enhanced technological support and policy incentives [6] Group 6: Legislative and Budgetary Oversight - The National People's Congress has successfully completed the handling of all representative suggestions from the previous session, focusing on the implementation of major decisions and addressing public concerns [7][8] - The budget committee has reviewed various fiscal policies and found them to align with legal requirements, promoting significant national strategies and public welfare [10][11]

12月22日，十四届全国人大常委会第十九次会议审议全国人大常委会执法检查组关于检查《中华人民共 和国节约能源法》实施情况的报告。报告显示，节约能源法的实施取得显著成效。2007年至2024年，全 国万元GDP能耗累计降低43.0%左右，累计节能量约23亿吨标准煤。 报告显示，党的十八大以来，全国万元GDP能耗累计下降27.2%，是全球能耗强度降低最快的国家之 一，以年均3.3%的能源消费增速支撑了年均6.1%的经济增长。相关数据显示，节约能源法实施后，节 能技术领域创新积极性高涨，创新活跃度升高；全国节能相关企业涉及装备制造、材料生产、工程施 工、技术服务等节能产业链多个环节。 为进一步推动节约能源法的贯彻实施，报告建议：强化节约优先战略，发挥节能对高质量发展的推动作 用；健全节能管理机制，推动形成全社会节能工作合力；夯实节能工作基础，提升节能管理水平；完善 节能政策体系，激发节能内生动力；强化科技创新引领，大力培育发展节能服务产业；健全完善法治体 系，提高节能工作法治化水平，形成整体监督合力。(经济日报记者李万祥) ...

新华社北京12月23日电 题：从执法检查报告看节约能源法实施成效 报告同时指出，我国总体能源利用效率还不够高，在节能意识、工作力度、技术推广、产业发展、激励 措施、制度体系等方面还存在一些问题和困难。 如何进一步推动节约能源法的贯彻实施？报告提出，强化节约优先战略，发挥节能对高质量发展的推动 作用；健全节能管理机制，推动形成全社会节能工作合力；夯实节能工作基础，提升节能管理水平；完 善节能政策体系，激发节能内生动力；强化科技创新引领，大力培育发展节能服务产业；健全完善法治 体系，提高节能工作法治化水平。 数据显示，2007年至2024年，全国万元GDP能耗累计降低43%左右，累计节能量约23亿吨标准煤。党的 十八大以来，全国万元GDP能耗累计下降27.2%，是全球能耗强度降低最快的国家之一，以年均3.3%的 能源消费增速支撑了年均6.1%的经济增长。 分领域看，工业节能扎实推进，发布重点行业能效"领跑者"企业206家、国家绿色数据中心246家，推进 工业绿色微电网、数字化能碳管理中心建设应用，引导企业实施节能改造；建筑节能积极拓展，2024年 全国新建绿色建筑面积占城镇新建建筑面积比例超过97%；交通节能稳步 ...

中新网北京12月22日电 (记者 谢雁冰 郭超凯)全国人大常委会副委员长肖捷22日表示，中共十八大以 来，中国万元GDP能耗累计下降27.2%，是全球能耗强度降低最快的国家之一。 当天，肖捷向十四届全国人大常委会会议作常委会执法检查组关于检查《中华人民共和国节约能源法》 实施情况的报告。 报告指出，节约能源法的实施取得显著成效。2007至2024年，全国万元GDP能耗累计降低43.0%左右， 累计节能量约23亿吨标准煤。中共十八大以来，全国万元GDP能耗累计下降27.2%，是全球能耗强度降 低最快的国家之一，以年均3.3%的能源消费增速支撑年均6.1%的经济增长，为新时代经济社会持续健 康发展和社会全面进步提供有力保障。 报告指出，中国国务院发布《民用建筑节能条例》《公共机构节能条例》等配套法规，工业、建筑、交 通、公共机构等重点领域出台800余件部门规章和政策文件，各地因地制宜出台2000余件相关法规规范 性文件，形成以节约能源法为统领，工业、建筑、交通、公共机构等领域和地方性法规为配套的较为完 善的节能法律法规体系。 围绕重点领域节能，报告表示，2024年全国新建绿色建筑面积占城镇新建建筑面积比例超过97 ...

每经AI快讯，有投资者在投资者互动平台提问：请问公司非晶产品是否可以用于非晶变压器和非晶电 机？ （文章来源：每日经济新闻） 安泰科技（000969.SZ）12月20日在投资者互动平台表示，非晶合金具有优异的高磁导率、低损耗特 性，公司生产的非晶合金带材广泛应用于非晶节能变压器，非晶节能变压器的空载损耗可降低60%以 上。非晶电机主要也是利用非晶合金上述特性，采用非晶定转子铁芯更容易实现电机的高速化、节能化 和轻量化，适合于新能源汽车驱动和飞行汽车等驱动应用场景。非晶电机作为非晶材料行业市场应用的 热点，公司一直密切关注，并持续跟进研究。具体应用信息请以公司公告为准。 ...

据泰媒报道，泰总理府新闻报道显示，内阁近日批准了能源部替代能源发展与效率厅提出的两项旨在通 过税收措施促进节能和可再生能源利用的计划。 第一项措施是，到2028年底，住宅屋顶太阳能安装费用可享受最高20万泰铢的个人所得税抵扣。第二项 措施允许个人和法人对已获得节能标签5号认证的高效机械设备进行投资，并扣除其支出的1.5倍。该措 施的目标是创造能源安全，减少液化天然气(LNG)进口成本8万吨，并提高能源效率。预计这两项措施 将至少刺激4502.5亿泰铢的国内投资，并减少约883亿泰铢的液化天然气(LNG)进口成本。 ...

Core Insights - Shin-Etsu Chemical has developed a large "QST substrate" for the manufacturing of gallium nitride (GaN) semiconductors, which supports high voltage above 650 volts, helping to reduce power loss [2][4] - The company aims to enhance power control efficiency for AI data centers and electric vehicles (EVs) through its innovative materials and production methods [2][4] Group 1: Product Development - The newly developed 300mm substrate allows for the production of GaN transistors that can handle high voltage, which is crucial for energy efficiency [2][4] - The GaN layer's thickness is directly related to its ability to withstand high voltage, with thicker layers providing better performance [4] Group 2: Production Efficiency - Shin-Etsu's substrate minimizes warping issues that previously hindered the scaling of GaN on standard silicon wafers, enabling larger production [4] - The company plans to establish mass production of the 300mm substrate within two to three years, collaborating with imec to develop transistors capable of withstanding over 1200 volts [4] Group 3: Market Applications - The technology is particularly beneficial for data centers, which have high energy consumption, and for onboard chargers in electric vehicles [4]

Core Insights - The article discusses an impending adjustment in electricity pricing in China, set to take effect from December 2025, which has raised concerns among households about potential increases in electricity bills [1][3]. Group 1: Electricity Consumption Trends - The average electricity consumption for households in the past year increased by 12.3% compared to the previous year, indicating a rise in living standards and the proliferation of electrical appliances [1]. - Sales of high-power appliances such as air conditioners and electric water heaters rose by 15.7% year-on-year in the first half of 2025 [1]. Group 2: Changes in Electricity Pricing Structure - The new pricing structure will include a widened difference between peak and off-peak electricity rates, with peak prices potentially increasing by about 20% and off-peak prices decreasing by approximately 10% [3]. - The existing three-tier pricing system may be refined into four or five tiers to better differentiate between varying levels of electricity consumption [3]. - Seasonal pricing adjustments will be implemented, with higher prices during summer and winter peak periods and lower prices in spring and autumn [3]. - A green pricing mechanism will be introduced, offering discounts for electricity generated from renewable sources [3]. Group 3: Rationale Behind Pricing Adjustments - The adjustments aim to balance electricity load and promote energy transition, reducing pressure on the power grid during peak usage times [4]. - If households can shift 10% of their peak electricity usage to off-peak times, it could save approximately 50 billion yuan in annual power equipment investments and enhance grid safety [4]. - The new pricing mechanism is expected to increase the installed capacity of renewable energy sources by about 25% over the next five years [4]. Group 4: Recommendations for Households - Households are advised to analyze their electricity usage patterns to identify areas for potential savings [6]. - Shifting the operation of high-power appliances to off-peak hours can lead to significant savings on electricity bills [6]. - Upgrading to energy-efficient appliances can reduce electricity consumption; for instance, replacing an old refrigerator with a new inverter model can save about 200 kWh annually [6]. - Utilizing smart appliances and monitoring systems can help households optimize their electricity usage based on pricing changes [6][7]. - Implementing small energy-saving habits can accumulate to significant savings over time [7]. Group 5: Community Engagement - Local communities are actively engaging residents through educational initiatives, such as workshops on smart electricity usage and the new pricing structure [9]. - The adjustments in electricity pricing are not merely about increasing costs but are intended to guide rational electricity consumption and optimize energy structure for sustainable use [9].