（来源：嘉兴日报） 转自：嘉兴日报 ■记者 陈 曦 通讯员 林龙晋 王誉淞 本报讯 记者昨天从嘉兴市经信局获悉，浙江省首批11家省级中试平台认定名单近日公布，浙江大学长 三角智慧绿洲创新中心牵头建设的浙江省食品生物合成与智能制造中试平台入选。 "100升啤酒能产生20公斤麦糟，按传统方式作为饲料销售，每吨仅卖百元左右。"过去，在雪花啤酒 （嘉善）有限公司负责人赵利雄眼中，麦糟属于廉价副产品。一次，浙大长三角智慧绿洲创新中心副主 任刘东红带队到赵利雄的厂里调研，发现了麦糟蛋白再利用的空间。 未来食品实验室主动与雪花啤酒（嘉善）有限公司的母公司华润啤酒集团接洽，开展技术合作。目前， 麦糟蛋白再利用项目研究组已实现技术突破，使麦糟的蛋白提取纯度达到75%以上，并制备出功能性麦 糟蛋白原料，可用于开发营养棒、植物蛋白乳等功能性食品。 一个高效运转的中试平台，是帮助企业跨越"从1到100"难关的关键。如今，该柔性智能食品生产线已为 高校、科研院所及企事业单位提供食品智能柔性生产中试服务，取得多项技术突破和创新集成。 中试平台是推动科技成果产业化的关键环节，是促进技术迭代、工艺改进和产品创新的重要方式。2025 年6月， ...

Core Viewpoint - The lithium battery industry is entering the "TWh era," marking a significant shift in production capacity and demand, with major players ramping up their capacity planning to meet this new standard [1][2]. Group 1: Industry Trends - By 2025, global demand for power batteries is expected to exceed 1300 GWh, with the energy storage market also experiencing explosive growth [2]. - The competition in the "TWh era" is not just about individual companies but rather a test of the resilience of the entire industry chain [2][3]. - The shift from scale competition to a restructured competitive logic is a key change in the lithium battery industry [3]. Group 2: Company Strategy - The company has established a "turnkey" solution capability across the entire value chain, which enhances customer loyalty and creates a significant barrier to entry for competitors [5]. - The company is focused on "extreme manufacturing," leveraging data-driven approaches, AI empowerment, and flexible automation to overcome challenges related to scale, efficiency, and quality [5]. - The company has formed deep partnerships with top global battery manufacturers, engaging in joint R&D to ensure that its products meet market demands [7]. Group 3: Competitive Advantages - The company benefits from a large delivery scale, which provides advantages in supply chain negotiations, core component self-research, and cost control [8]. - The company emphasizes a "platformization" strategy, a robust R&D innovation system, and global localized service capabilities as its core competitive strengths [8]. - The company is proactively defining next-generation technologies, such as solid-state battery equipment, to maintain its leading position in the market [8]. Group 4: Market Positioning - The company advocates for a shift from price competition to a "value war," focusing on total cost of ownership (TCO) rather than just equipment purchase prices [9]. - The company aims to avoid low-end capacity competition by targeting high-tech, high-barrier markets such as solid-state batteries and large-capacity energy storage [9]. - The company is expanding its global presence to seek new growth opportunities, emphasizing the importance of technology stability and delivery capability in overseas markets [9]. Group 5: Financial Performance - In the first half of 2025, the company's overseas business generated revenue of 1.154 billion yuan, with a gross margin of 40.27%, surpassing the overall business gross margin [10]. - The company is actively participating in the formulation of national and international industry standards to promote the standardization and modularization of equipment manufacturing [10].

Core Viewpoint - The article emphasizes the importance of self-reliance in manufacturing and highlights the technological breakthroughs and global leadership of the company, SANY Heavy Industry, in the engineering machinery sector [1][3]. Group 1: Technological Innovation - SANY Heavy Industry has developed over 200 products with independent intellectual property rights, showcasing its commitment to innovation [3]. - The company has successfully implemented digital twin technology, reducing product design cycles by 30%, lowering testing costs by 25%, and increasing production line efficiency by 25% [5][6]. - The research team, led by He Songquan, has made significant advancements in data interaction architecture and introduced a "mechanism + AI" hybrid modeling strategy [5]. Group 2: International Expansion - SANY Heavy Industry has adopted a unique internationalization strategy, initially targeting the high-end European market despite facing challenges [7]. - The company has established over 40,000 excavators in Europe, becoming the leading domestic brand in terms of market share [7]. - In 2021, the company's international market revenue was 1.991 billion yuan, with overseas revenue reaching 2.194 billion yuan in the first half of the current year, accounting for 64.31% of total revenue [8]. Group 3: High-End and Green Transformation - The company focuses on customized R&D to meet high-end market demands, integrating advanced technologies such as 5G, AI, and big data into its products [9]. - SANY Heavy Industry is committed to green development, incorporating low-carbon principles throughout its product development and manufacturing processes [9]. - Future plans include expanding the application of digital twin technology across more product lines and increasing R&D investment to achieve breakthroughs in cutting-edge technology [11].

"聊热入济"穿黄工程作为保障济南市民冬季供暖、优化区域能源布局的民生项目,自启动之初,便面临着 长距离供热管网铺设、复杂地质条件下施工、多环节协同管控等多重挑战。 为破解这一系列难题,济南能源工程集团所属济南城投设计有限公司,将数字孪生技术作为工程管控的"核 心大脑",创新性引入无人机耦合分析技术,通过深度融合现场影像数据,构建起可视化动态交互驾驶舱。 这一创新举措,不仅为穿黄隧道等复杂节点施工提供了毫米级的精准数据支撑,更显著提升了施工效率。 在施工现场管控与协同决策环节,济南能源工程集团所属济南城投设计有限公司,集成3D打印、虚拟现实 沙盘、施工进度数据与IoT实时监测信息,成功打造出山东首个穿黄热力管道安装工程的智慧工地服务场 景。 这一智慧工地平台,为跨部门协同提供了"看得见、可交互、能追溯"的直观决策载体,确保每一个施工环 节都处于"动态可控"状态,彻底打破了以往工程管理中"信息孤岛"的困境。 "聊热入济"南线穿黄隧道总长4.5公里,是国内盾构独头掘进最长的穿黄隧道工程,在掘进过程中,面临5bar 高水压,60%细颗粒黏土地层及40‰大坡度等诸多挑战。 其中,细颗粒黏土地层易结泥饼,高水压环境下可能 ...

Core Insights - The establishment of the Zhoukou Port Central Operation Area marks the entry of Henan Province into the "one million TEU" era, with a designed annual throughput capacity of 1.075 million TEUs [1] - Zhoukou Port is the largest and most equipped inland container terminal in Henan, featuring 13 berths with a total length of 1,089 meters [1] - The port utilizes full-process automation with advanced technologies such as automated quay cranes and unmanned container trucks, significantly enhancing operational efficiency and safety [1] - A digital twin technology-based "port, shipping, and lock" joint scheduling platform has been developed to optimize the management of the Sha Ying River basin, improving navigation efficiency [1] Industry Developments - Henan Province has established two major waterways, the Sha Ying River and the Huai River, with a total of 228 port berths across multiple ports including Zhoukou, Xinyang, and others [2] - As of November, the total port throughput in Henan reached 60.676 million tons, reflecting a year-on-year growth of 20.2%, with 48 container shipping routes opened [2] - Future plans include the continued development of waterways and ports in four major river basins, aiming to expand the shipping network and enhance the economic benefits of inland shipping [2]

Core Insights - The lithium battery industry is entering the "TWh era," with global demand for power batteries expected to exceed 1300 GWh by 2025, alongside explosive growth in the energy storage market [1] - The competition in the "TWh era" is not just about individual companies but the resilience of the entire industry chain [1] Group 1: Industry Dynamics - The shift to the "TWh era" signifies a reconstruction of competitive logic, moving beyond mere capacity growth to a focus on efficiency and quality [5] - In the past decade, lithium battery companies competed primarily on scale, with rapid factory construction and production line deployment being key to gaining market share [6] - The new challenges in the "TWh era" require manufacturers to achieve capacity increases within limited space and labor constraints, necessitating a departure from traditional production line replication [8] Group 2: Company Strategy - The company has established a "full value chain" capability for "turnkey delivery," creating a competitive moat [7] - The company emphasizes "extreme manufacturing" to address the challenges of scale, efficiency, and quality, relying on data-driven decision-making, AI empowerment, and flexible automation [8] - The use of digital twin technology allows for significant efficiency improvements, with equipment delivery efficiency potentially increasing by 50% and overall equipment effectiveness (OEE) improving by 35% [8] Group 3: Collaborative Innovation - The company has formed joint R&D mechanisms with top global battery enterprises, allowing for collaborative innovation from the initial design phase [9] - This deep collaboration ensures that the company's products are precisely aligned with market demands [9] Group 4: Competitive Barriers - The company leverages its large delivery scale to gain advantages in supply chain negotiations and cost control [10] - The core competitive strengths are summarized as platform reuse capabilities, a robust R&D innovation system, and localized global service capabilities [10] Group 5: Technological Leadership - The company aims to define next-generation technologies rather than merely catch up, with early investments in solid-state battery equipment and other advanced technologies [11] - Key factors for the industrialization of solid-state batteries include manufacturing processes, equipment efficiency, and cost control [11] Group 6: Market Positioning - The company advocates for a shift from price competition to a "value war," focusing on total cost of ownership (TCO) rather than just equipment purchase prices [12] - By targeting high-tech, high-barrier markets such as solid-state batteries, the company avoids low-end capacity competition and positions itself for future market leadership [12] - The company is expanding its global presence to tap into higher-quality orders, moving away from domestic price wars [12] Group 7: Financial Performance - The company's overseas business generated revenue of 1.154 billion yuan in the first half of 2025, with a gross margin of 40.27%, surpassing the overall business margin [13] - The company is actively involved in setting national and international industry standards to promote the development of standardized and modular manufacturing [13]

Core Viewpoint - The lithium battery industry is entering the "TWh era," with global demand for power batteries expected to exceed 1300 GWh by 2025, alongside explosive growth in the energy storage market [2] Group 1: Industry Dynamics - The competition in the "TWh era" is not just about individual companies but the resilience of the entire industry chain [3] - The biggest change in the lithium battery "TWh era" is the restructuring of competitive logic, moving beyond mere capacity growth [4] - Over the past decade, lithium battery companies have focused on scale competition, with rapid factory construction and production line deployment being key to gaining an advantage [5] Group 2: Company Strategy - The company has established a first barrier with its "full value chain delivery" capability, enhancing customer loyalty through "turnkey" solutions in non-standard automation [6] - The company is addressing the "impossible triangle" of scale, efficiency, and quality through "extreme manufacturing," emphasizing data-driven decision-making, AI empowerment, and flexible automation [7] - The company collaborates with top global battery enterprises from the initial design phase to ensure its products meet market demands [8] Group 3: Competitive Advantages - The company leverages its large delivery scale for supply chain negotiation, core component self-research, and cost control, allowing it to respond effectively to market competition [9] - The core competitive advantages are summarized as the reuse capability of the "platform strategy," a robust R&D innovation system, and localized global service capabilities [10] Group 4: Market Positioning - The company advocates for a shift from price competition to "value warfare," focusing on total cost of ownership (TCO) rather than just equipment purchase prices [11] - The company aims to avoid low-end capacity competition by targeting high-tech orders in advanced fields like solid-state batteries and large-capacity energy storage [12] - The company is expanding its global presence, with overseas business revenue reaching 1.154 billion yuan in the first half of 2025, reflecting a continuous increase and a gross margin of 40.27% [12] Group 5: Industry Standards and Innovation - The company is actively participating in the formulation of national and international industry standards, promoting the standardization and modularization of equipment manufacturing [12] - The company emphasizes the importance of protecting intellectual property to encourage a shift from price competition to technology-driven competition [13]

为此，中交二航局安徽工业化建造分公司打造智能化、标准化的预制生产基地，配置2条短线匹配法生 产线、12套4米标准台座、2套变截面专用台座、15套高精度液压模板系统，辅以一系列先进设备。其 中，短线匹配法预制技术的精准应用是核心亮点，除起始梁段及墩顶块采用"固定端模+活动端模"浇筑 外，其余梁段均以已浇筑梁段作为匹配段进行浇筑，模板系统精度控制优于1毫米，匹配梁平面及高程 精度优于2毫米。 作为中国桥梁科技创新引领代表性工程、世界特大跨悬索桥建设里程碑工程，张靖皋长江大桥多项技术 突破填补国际空白。节段箱梁的预制与供货核心任务，对预制产能、技术精度和交付效率提出严苛要 求。 中国青年报客户端讯（陈勇 中青报·中青网记者 王海涵 王磊）连日来，一艘艘货船载着一榀榀节段梁驶 离安徽芜湖裕溪口码头，发往江苏张靖皋长江大桥建设现场。驻芜央企中交二航局安徽工业化建造分公 司负责张靖皋长江大桥全桥2284榀节段梁的预制与供货任务，为这座集多项"世界之最""世界首创"于一 身的超级工程上部结构施工奠定基础。 节段梁在 长江航运。中交二航局四公司供图 目前，张靖皋长江大桥已完成主塔主体结构封顶，全面转入上部结构施工阶段。未来， ...

Core Insights - Nobikang has officially listed on the Hong Kong Stock Exchange, marking its entry as the first "AI + Industrial Intelligent Detection" stock in the market [2][3] - The company specializes in integrating artificial intelligence and digital twin technology to provide intelligent detection and monitoring solutions for major infrastructure projects such as rail transit and smart cities [2] Company Development - Nobikang's successful listing is attributed to the long-term support and precise investment from local "patient capital," particularly from Chengdu's Sci-Tech Investment Group, which led two funding rounds in 2022 and 2024 [2] - The investment group not only provided financial backing but also facilitated resource integration, application scenario connections, and governance optimization, offering comprehensive support throughout Nobikang's development [2] Industry Impact - As a benchmark enterprise in Chengdu's artificial intelligence industry cluster, Nobikang's listing is expected to attract more resources from upstream and downstream of the industry chain to Chengdu, promoting a positive cycle of "technology-industry-finance" [2] - The success of Nobikang is anticipated to inject new momentum into Chengdu's development of new productive forces and the establishment of a competitive modern industrial system [2]

Core Viewpoint - The Ministry of Water Resources of China has made significant progress in building a digital twin water conservancy system, which provides strong technical support for high-quality water conservancy development and national water security [1] Group 1: Digital Twin Water Conservancy System - The digital twin water conservancy system framework has been basically formed, consisting of digital twin watersheds, digital twin water networks, and digital twin water conservancy projects [1] - The integration of big data, cloud computing, and artificial intelligence with water conservancy operations allows for intelligent simulation and scheduling, enhancing disaster prevention and water resource management [1] Group 2: Implementation and Achievements - A total of 94 pilot tasks for digital twin watershed construction have been completed, resulting in replicable cases, while 14 provincial-level water network pilot areas are advancing in phases [1] - Key projects such as the digital twin of the Three Gorges, South-to-North Water Diversion, and others have been put into practical application [1] Group 3: Integrated Monitoring System - The Ministry is accelerating the construction of an integrated monitoring and perception system that covers all elements of water management, utilizing 34 remote sensing satellites, over 180 rain radar, and more than 136,000 ground hydrological stations [2] - This system enables intelligent monitoring and perception of the entire process of water governance and management [2] Group 4: Disaster Prevention and Water Resource Management - Digital twin technology has provided critical support for scientific and precise scheduling of watershed engineering systems during significant flood events, such as the major floods in the Haihe and Pearl River basins [2] - In the context of reduced water inflow during the main flood season in the Yangtze River basin, the technology helped achieve a record high of 108.1 billion cubic meters of water storage in 58 controlling reservoirs [2] - The digital twin South-to-North Water Diversion project has ensured safety in engineering, water supply, and water quality, while the digital twin irrigation areas have improved water resource allocation and irrigation efficiency [2]