成都两个低碳项目入选全球典型案例 中建滨湖设计总部以"设计+投资引领"的模式，成为建筑全生命周期低碳转型的优秀项目，彰显了天府 新区在绿色建筑领域的创新实力。 截至目前，天府新区已成功创建8个近零碳试点，其中2个省级近零碳排放园区、6个近零碳排放社区。 本报讯 （成都日报锦观新闻记者 白洋） 记者昨日获悉，在上海交通大学环境社会治理研究院联合多家 权威机构发布的《2025零碳园区行业影响力洞察报告》中，来自四川天府新区的中建滨湖设计总部、成 都科创生态岛两大项目成功入选全球典型案例。 其中，成都科创生态岛以"公园城市+近零碳园区+数字经济"融合发展模式入选典型案例，其近零碳产 业园建设经验，为全国同类园区提供了可复制的实践路径。 转自：成都日报锦观 另悉，四川天府新区绿色低碳产业加快发展。2024年，天府新区绿色低碳产业规模达到30亿元，新引进 天合智慧数字能源创新研发中心、华电金泰户用光伏科技创新中心等4个重点项目，大力发展核能、光 伏、智能电网等绿色低碳优势产业。 ...

在了解到宿迁邮件处理中心项目建设意向后，宿迁供电迅速组建专项服务团队，将供电服务嵌入项目规 划初期，确保电网规划与用户用能需求同步设计、无缝对接，高效并网快速见效。该项目包含1.58兆瓦 光伏、11台充电桩、1兆瓦/2.088兆瓦时储能设备，光伏综合消纳率可达66%，绿电替代率达到37%。在 微电网建设中，邮件处理中心引入宿迁电力设计院"市场化建设运营+绿电、碳减排收益分成"方式，精 准破解企业在低碳转型过程中面临的资金与技术双重难题。 北极星储能网额获悉，12月9日，国网江苏宿迁供电公司完成宿迁邮件处理中心微电网数据接入工作， 集中管理平台已成功同步显示项目实时电量数据、关键设备运行状态等核心信息。这一成果的落地，标 志着该项目正式迈入远程智能化管控新阶段。 近年来，宿迁地区电商产业发展迅猛。为更好服务电商群体，宿迁邮件处理中心项目应运而生。该项目 用能采取"光、储、充"微电网一体化设计，有助于实现绿色智慧物流枢纽建设及"近零碳园区"标杆打 造，主要用于宿迁全市的邮件智慧化处理、仓储、直投、寄递等。 ...

Core Viewpoint - The Hainan Province Danzhou City Ecological Environment Bureau has released a draft plan for creating a near-zero carbon park in the Yangpu Economic Development Zone, aiming for low carbon peak by 2030 and near-zero carbon by 2060 [1] Short-term Goals (2025-2027) - The plan encourages new data centers to increase the proportion of green electricity and aims to enhance green electricity consumption in key new projects [2] - It promotes the construction of wind and solar power projects, accelerates the commissioning of existing wind power projects, and pushes for new project development [2] - The plan includes the initiation of green hydrogen energy demonstration projects and aims to cleanly and efficiently utilize fossil energy while gradually reducing coal consumption [2] - It explores hydrogen energy applications, including the entire hydrogen production, storage, transportation, and utilization chain, and promotes offshore wind power hydrogen production [2] - The establishment of a carbon emission management system in the park and the implementation of carbon budget management mechanisms are also highlighted [2] Medium-term Goals (2028-2030) - The city plans to steadily advance offshore wind power development and integrate planning, construction, and grid connection [3] - It aims to build a comprehensive energy supply system based on the green development needs of the petrochemical industry and establish a regional hydrogen pipeline [3] - The plan focuses on low-carbon transformation of the park and the cultivation of benchmark enterprises for collaborative transformation [3] - It emphasizes the development of low-energy, low-pollution, and high-value-added emerging industries, particularly in new energy and digital economy sectors [3] - The Danzhou City Ecological Environment Bureau will implement coordinated control of carbon dioxide and pollutants while promoting energy conservation, pollution reduction, carbon reduction, and green growth [3]

Core Viewpoint - The Longshou Economic Development Zone in Chongqing is focusing on green development and aims to establish a near-zero carbon park, showcasing significant advancements in low-carbon transformation and renewable energy utilization. Group 1: Low-Carbon Transformation - The Longshou Economic Development Zone has implemented precise carbon emission management, with 40 key enterprises, including Chuanwei Chemical, actively participating in carbon trading, resulting in a reduction of carbon emission gap to 530,000 tons in 2023, a year-on-year decrease of 21% [2] - The zone has rejected multiple high-pollution projects and has provided comprehensive support for ongoing projects since 2020, leading to 20 enterprises achieving efficient and environmentally friendly production [2] - The near-zero carbon park pilot has successfully passed mid-term evaluation, with energy-saving and carbon-reduction projects cumulatively reducing CO2 emissions by 1.784 million tons [2] Group 2: Renewable Energy Initiatives - Wangbian Electric has completed a rooftop photovoltaic project with an installed capacity of 9.4 MW, contributing to the green power supply in the zone [3] - Chuanwei Chemical has established a hydrogen fuel cell project with a capacity of 3,000 standard cubic meters per hour, reducing CO2 emissions by 500,000 tons annually [3] - The zone promotes distributed photovoltaic planning and has seen other companies, like International Composite, contribute to renewable energy projects [3] Group 3: Circular Economy Development - The Longshou Economic Development Zone has developed a circular economy with leading enterprises like Chongqing Steel, focusing on a full-process recycling industry chain [4] - The carbon capture and utilization device by Kabeile reduces CO2 emissions by 287,000 tons annually while producing 190,000 tons of methanol [4] - The zone has implemented deep treatment of organic waste gas in 10 enterprises, enhancing air quality [4] Group 4: Green Industry Growth - New Zobang's lithium battery material production has strengthened the development of the new energy materials industry in the zone, which has attracted over 230 key enterprises [5] - The zone encourages enterprises to apply for green factory certification, with 18 factories recognized at the municipal level, including 10 at the national level [5] Group 5: Future Outlook - The Longshou Economic Development Zone plans to continue promoting the green low-carbon transformation of traditional industries and enhance the green manufacturing system [6] - The zone aims to deepen the construction of a waste-free industrial park and improve carbon accounting systems to ensure compliance with carbon quotas [6]

Core Viewpoint - Jiangsu Changzhou Economic Development Zone is actively constructing a low-carbon industrial ecosystem, focusing on the integration of industrial upgrading and low-carbon transformation, which injects new green momentum into sustainable development [1][2][3] Group 1: Infrastructure Development - The Song Jian Lake Photovoltaic Technology Park features a 580-meter photovoltaic corridor and a solar carport with 50 parking spaces, both set to connect to the national grid [1] - The park includes 20 standard factories, one research office building, and two talent apartment buildings, all equipped with photovoltaic components [1] - The park aims to achieve a total installed capacity of 6.16 megawatts, generating approximately 6 million kilowatt-hours of green electricity annually, meeting 20% of the park's electricity needs [3] Group 2: Carbon Reduction Initiatives - The Changzhou Economic Development Zone plans to build 71.2 megawatts of photovoltaic projects and 18.1 megawatt-hours of energy storage stations by the end of the year, reducing carbon emissions by over 40,000 tons annually [2] - The energy storage station will help save electricity costs and enhance power reliability by charging during low-demand periods and discharging during peak times, contributing approximately 4.55 million kilowatt-hours of peak shaving annually [3] Group 3: Smart Management Systems - The zone has established the city's first intelligent carbon management system for monitoring, analyzing, and providing early warnings on carbon emissions, along with digital carbon footprint certification services for enterprises [2] - A virtual power plant is being developed to integrate distributed photovoltaic resources and energy storage, enhancing the stability and adjustability of the regional power system [5][6] Group 4: Corporate Engagement - The Song Jian Lake Photovoltaic Technology Park hosts 18 high-growth technology companies, with a focus on green manufacturing and carbon management throughout production processes [4] - Companies are optimizing energy structures and implementing energy-saving upgrades to meet international standards and expand their market share [4]