中化新网讯 12月19日，国家互联网信息办公室发布《数字化绿色化协同转型发展报告（2025）》（下 称《报告》），并提出，"十五五"期间，重工业地区将聚焦化工、建材等重点行业，推动大数据、人工 智能、工业互联网等数智技术与绿色技术的深度融合，引领高碳工业流程实现低碳再造和数字化转型， 全面推动工业生产、能源使用与管理方式的全流程智能化绿色化升级。 二是推动企业能源管理智慧化升级。通过建设数字化能碳管理平台，打通电、气、热等多种能源数据的 采集与分析通道，依托人工智能算法和大数据模型，实现用能预测、峰谷优化、负荷调节与碳排放核算 管理等功能，助力企业科学制定综合用能计划。 《报告》指出，2024年传统产业数绿改造提升持续深化革新传统生产方式，构建高效智能生产体系。生 成式人工智能、数字孪生等数字技术加快落地应用，推动传统产业逐步摆脱粗放式制造和经验驱动模 式，迈向智能化、柔性化和绿色化的生产新范式。在设计研发环节，利用大模型对产品结构数据进行分 析，探究产品的构型和机理，生成具备创新结构与性能的新产品；在工艺优化环节，利用历史工艺数据 进行训练，快速筛选最优工艺参数组合，缩短测试与优化周期；在生产调度环节，对产 ...

Core Insights - The report highlights the significance of zero-carbon parks in achieving carbon neutrality goals and addresses the challenges faced in their construction [1][2][3] Group 1: Overview of Zero-Carbon Parks - Zero-carbon parks are seen as a crucial approach to tap into the decarbonization potential of industries and buildings, serving as a breakthrough for economic decarbonization [1] - The construction of zero-carbon parks is transitioning from being policy-driven to market-driven by 2025, indicating a growing interest and urgency in this area [1] Group 2: Challenges in Development - The initial investment for zero-carbon parks is substantial, leading to financial pressure on developers and enterprises due to long payback periods [1] - The construction process faces challenges such as immature technology, unclear pathways, and difficulties in closing commercial loops [2] - Different park types require customized solutions due to significant variations in energy consumption and carbon reduction methods, complicating the implementation of zero-carbon initiatives [2] Group 3: Recommendations for Advancement - The report suggests that scaling up zero-carbon parks requires innovation in technology and collaborative ecosystems involving various stakeholders [3] - Technological advancements, such as AI, can enhance energy efficiency by over 10%, playing a critical role in the low-carbon transition [3] - A collaborative approach among government, park management, enterprises, service providers, and academic institutions is essential to overcome professional challenges and balance green benefits with economic value [3] Group 4: Case Studies and Future Directions - Schneider Electric's Wuxi factory, recognized as a "sustainable lighthouse factory," exemplifies a modular, profitable, and scalable solution that integrates advanced technology with carbon reduction measures [4] - The company emphasizes that the value of zero-carbon parks extends beyond emissions reduction, serving as a new engine for green competitiveness and productivity [4] - Schneider Electric plans to continue driving digital and green transformation through innovation and collaboration with various partners to accelerate the construction of zero-carbon parks in China [4]