■ 新华社记者 周科 杨深深 赵瑞希 发布5000余项前沿成果、超1700亿元意向成交与投融资、超45万人次参展……近日，第二十七届中国国 际高新技术成果交易会在深圳举行。3天时间里，这座因改革而生、因创新而兴的城市，再次汇聚全球 目光，展现中国科技创新的勃勃生机。 作为我国高新技术领域对外开放的重要窗口和成果转化的重要平台，延续二十七载的高交会，不仅是观 察中国高新技术发展的风向标，更是中国以开放姿态融入全球创新网络、以创新驱动赋能高质量发展的 生动实践。 高水平自立自强的"中国答卷" 高交会上，一只仿生机器鸟翩然起飞，自主穿梭于人群之中。"它全身搭载传感器、智能芯片，通过飞 行算法能够精准地绕过各类障碍物。"现场工作人员说。 这轻盈舞动的翅膀，扇动的不只是空气，更是中国科技迈向高水平自立自强的澎湃气流。 中海油的亚洲首艘圆筒型浮式生产储卸油装置"海葵一号"与亚洲第一深水导管架"海基二号"等模型，展 现我国深海能源开发能力；中广核的三代核电技术"华龙一号"和核级数字化仪控平台"和睦系统"等，均 具备自主知识产权…… 22大专业展区、5000多家知名企业和国际组织，如同星辰列阵，照亮科技天空。 "从高交会的变 ...

欢迎加入 睿兽分析会员 ，解锁 AI、汽车、智能制造 等相关 行业日报、图谱和报告 等。 4. 【马斯克称特斯拉将自建芯片工厂】据报道特斯拉CEO马斯克嫌三星、台积电"太慢"，要为特斯 拉自建芯片工厂。马斯克计划为特斯拉构建自主芯片供应体系，直言现有供应商进展"过于缓慢"。他 估算特斯拉未来每年需要1亿至2000亿颗AI芯片，而台积电与三星的扩产计划需五年，马斯克希望在 一至两年内完成。据估算，特斯拉每年所需的AI芯片数量将达到惊人的"1亿至2000亿颗"，并直指台 积电与三星等代工厂商根本无法满足如此庞大的需求。（新浪财经） 5.【加速进化人形机器人全球累计出货量超700台】11月18日消息，记者获悉，截至目前，加速进化 人形机器人全球累计出货量已突破700台，其中海外市场占比超50%。公司预计明年产能将跃升至数 万台规模，产品价格也将进一步下探。（ 科创板日报） 更多智能制造产业资讯 …… 扫码可订阅产业日报 1.【中广核发布核电新一代"数智大脑" 深度融合数字孪生与人工智能技术】近日，中国广核集团发 布自主研发的"新一代智能工控系统产品集（iNICS）"，涵盖4大类20项产品，包括新型DCS实体、 DC ...

格隆汇11月18日｜近日，中国广核集团发布自主研发的"新一代智能工控系统产品集（iNICS）"，涵盖4 大类20项产品，包括新型DCS实体、DCS虚拟体、新型研制工具及服务平台，推动核电控制由"自动控 制型"单点设备向"智能服务型"开放生态演进。作为在"和睦系统"基础上推出的全新核电仪控产品，该 系统深度融合数字孪生与人工智能技术，构建起具备"感知-分析-决策-执行"全流程闭环的核电"数智大 脑"，实现100%国产化，并具备故障预警、智能监盘、辅助决策等多项高级智能化功能，推动核电站运 行向"安全、稳定、少人值守"的智能模式转型，这意味着我国核电仪控系统在数智化领域实现引领性突 破。"和睦系统"是中广核自主研发的我国首个核级数字化仪控系统（DCS），2010年发布以来，已广泛 应用于包括"华龙一号"、高温气冷堆在内的33台核电机组，覆盖二代、三代及四代核电技术路线。 ...

同时，新一代系统集成高性能安全级控制器、软件定义智能IO、健康管理模型等创新技术，构建出具 备自感知与灵活重构能力的新功能，实现"治未病"和"快治病"。系统通过智能运维场景对核电站设备实 施全天候健康监测，借助健康管理模型智能比对参数，可对50%以上的潜在故障进行提前预警。即便发 生设备故障，数字虚拟体可迅速定位问题源头，使平均故障修复时间缩短50%。这标志着核电站运维 由"被动维护"迈入"主动预警、精准运维"的新阶段。 核安全级数字化仪控系统机柜作为核电站关键控制系统的核心载体，需严格遵循国际原子能机构1E级 安全标准，确保在极端环境下稳定运行。目前行业内普遍采用的机柜单柜重量高达900公斤，不仅成本 高，也对核电站楼层承重提出挑战。中广核数字科技有限公司研发团队从材料、结构、工艺三大维度实 施轻量化攻关：选用高强度钢材替代传统材料，力学性能提升至普通碳钢的3倍；引入拓扑优化技术， 依据载荷与约束条件寻找最优材料分布，形成满足抗震要求的"八梁六柱"框架；采用高强度三通与螺接 工艺替代传统焊接工艺，提升制造效率与稳定性。"小型紧凑"的新一代机柜实现单柜重量仅350公斤， 同时集成度更高、部署周期显著缩短，机柜 ...

Core Insights - China General Nuclear Power Group (CGN) has launched a new generation of intelligent industrial control system products (iNICS), marking a significant breakthrough in the digitalization of nuclear power control systems in China [1][2] - The iNICS system integrates digital twin and artificial intelligence technologies, creating a "smart brain" for nuclear power plants that enhances safety, stability, and reduces the need for human oversight [1][2] - The system is fully domestically produced and includes advanced features such as fault prediction, intelligent monitoring, and decision support, promoting a shift towards a more intelligent operational model for nuclear power stations [1][2] Product Features - The iNICS product suite consists of 20 items across four categories, including new DCS entities, virtual DCS, new development tools, and service platforms, facilitating the evolution of nuclear control from "automatic control" to "intelligent service" [1][4] - The new DCS entity operates independently and establishes a comprehensive data network and data center for absolute safety and reliability in nuclear control [2] - The system's virtual DCS collaborates with industrial cloud platforms to support advanced applications such as intelligent monitoring and operational analysis, addressing challenges in implementing smart applications in nuclear production control areas [2] Technological Advancements - The new system incorporates high-performance safety-level controllers, software-defined intelligent I/O, and health management models, enabling self-awareness and flexible reconfiguration capabilities [2] - It allows for real-time health monitoring of nuclear plant equipment, with the ability to predict over 50% of potential faults in advance, significantly reducing average fault repair time by 50% [2] - The system's lightweight and high-integration design reduces the weight of control cabinets from 900 kg to 350 kg, enhancing deployment efficiency and reducing construction costs by nearly 40% [3][4] Market Impact - The iNICS system provides a comprehensive solution for various nuclear reactor types, ensuring complete domestic production of both hardware and software [4] - The unified data foundation and low-code platform create an open application ecosystem, promoting the reuse of knowledge, data, and applications across the industry [4] - The system enhances the economic viability of nuclear power units by significantly reducing the number of required cabinets and improving operational safety through advanced cybersecurity measures [4]

Core Insights - The sixth World Nuclear Industry Exhibition was held from November 4 to 6 in Paris, attracting over 1,000 exhibitors from more than 80 countries, including China, France, the USA, Japan, and South Korea [1][2] - The exhibition showcased the critical role of nuclear technology across various sectors such as electricity, healthcare, agriculture, aerospace, hydrogen energy, and heating [1] - The Chinese delegation, led by the China Nuclear Energy Association, was one of the largest international groups at the event, featuring 12 participating units [1] Company Highlights - China National Nuclear Corporation (CNNC) highlighted its capabilities in nuclear power with models like Hualong One, Linglong One, and high-temperature gas-cooled reactors, along with comprehensive clean energy solutions [1] - China General Nuclear Power Group (CGN) showcased its "Harmony System," the first domestically developed nuclear-grade digital control system platform, which has passed independent engineering reviews by the International Atomic Energy Agency [1] - Huaneng Group presented its high-temperature gas-cooled reactor demonstration project, set to commence commercial operation in December 2023, marking the world's first operational fourth-generation nuclear power unit [1] Industry Collaboration - The China Nuclear Energy Association organized participation from major nuclear equipment manufacturers like Dongfang Electric Group and Shanghai Electric Group to demonstrate the strength and potential of China's nuclear manufacturing capabilities [2] - The Chinese delegation aimed to deepen systematic cooperation with key international organizations, participating in seminars with the International Atomic Energy Agency and the French Nuclear Industry Association to promote Chinese nuclear enterprises in the global market [2] - The Director General of the International Atomic Energy Agency noted China's rapid growth in new nuclear power capacity and its diverse reactor technologies, emphasizing nuclear energy as a key option for addressing climate change [2]

Group 1 - The 2025 International Energy Transformation Forum's nuclear power industry development sub-forum was held in Suzhou, Jiangsu, focusing on the theme "Nuclear Power Empowering the Future, Innovation Leading Change" with over 150 representatives from national energy authorities, international organizations, nuclear enterprises, and research institutions [1] - The global nuclear power generation reached a nearly 10-year high in 2024, with strong growth expectations, as multiple international authoritative organizations have raised nuclear energy development forecasts for four consecutive years, predicting that by 2050, global nuclear power installed capacity will exceed 900 million kilowatts, achieving a doubling growth [1] - China, as one of the few countries with a complete nuclear power industrial system, plays an indispensable role in this process, currently operating 59 nuclear power units with a total installed capacity of 62.48 million kilowatts and has 53 units under construction with a capacity of 62.93 million kilowatts, bringing the total installed capacity to over 125 million kilowatts, maintaining the world's leading position [1] Group 2 - China's nuclear power units have safely and stably operated for over 600 reactor years, achieving the top score in the World Association of Nuclear Operators (WANO) comprehensive index for nine consecutive years, with 43.18% of the globally top-scoring units coming from China according to the 2024 WANO report [2] - The Chinese nuclear power industry is rapidly advancing digital transformation, with a core breakthrough being the development of an autonomous nuclear-grade digital control system (DCS) platform called "Hemu System," making China the fourth country globally to master this technology [2] - In April of this year, the first nuclear power industrial operating system with complete independent intellectual property rights, "Smart Nuclear Power," was launched, integrating cutting-edge technologies such as artificial intelligence and big data, enabling intelligent upgrades of nuclear power plant equipment [2]

Core Viewpoint - China's nuclear power capacity has surpassed 125 million kilowatts, maintaining its position as the world's leader in nuclear power generation [1][4]. Group 1: Nuclear Power Development - The International Energy Transformation Forum's nuclear power sub-forum focused on themes of "nuclear power empowering the future and innovation leading transformation," gathering over 150 representatives from various sectors to discuss collaboration, technological innovation, and international cooperation in the nuclear power industry [3]. - The global nuclear power generation is expected to reach a new high in 2024, with several international organizations raising their nuclear energy development forecasts for four consecutive years, predicting a doubling of global nuclear power capacity to over 900 million kilowatts by 2050 [4]. Group 2: Safety and Performance - China's operational nuclear power units have achieved over 600 reactor years of safe and stable operation, ranking first globally in the WANO comprehensive index for nine consecutive years [4]. - 43.18% of the world's top-performing nuclear units are from China, highlighting the country's significant role in global nuclear safety and performance [4]. Group 3: Industry Chain and Technological Advancements - China has established a world-class nuclear power industry chain, with the "Hualong One" reactor design achieving complete autonomy in equipment manufacturing, supported by over 5,400 upstream and downstream enterprises [6]. - The "Hualong One" project has 41 units under construction or in operation, leading globally in nuclear power unit numbers, with continuous optimization in construction indicators reflecting a positive development trend [6]. Group 4: Digital Transformation - The nuclear power industry in China is advancing digital transformation, with the "Harmony System" being applied across 33 different reactor types, enhancing operational control and management [8]. - The introduction of the "Smart Nuclear Power" operating system, which integrates AI, big data, and IoT technologies, marks a significant step towards intelligent upgrades in nuclear power plants [8][9]. Group 5: Future Energy Solutions - The forum highlighted the importance of controlled nuclear fusion as a potential "ultimate clean energy," with ongoing research in magnetic confinement and various fusion devices in China [9].

Core Viewpoint - The Fangchenggang Nuclear Power Project is a significant initiative in China's energy transition, focusing on green development and energy security, with advanced technologies being implemented to enhance efficiency and sustainability [1][2][3]. Group 1: Project Overview - The Fangchenggang Nuclear Power Project is located in Fangchenggang City and is the first nuclear power project in western China, with a planned construction of six 1 million kilowatt nuclear units [1]. - The third phase of the project, which includes the construction of two "Hualong One" nuclear units, has commenced, with an expected annual power generation of 20 billion kilowatt-hours [1][2]. - The project aims to utilize advanced construction techniques such as modular construction and digital construction to promote related industries [1]. Group 2: Technological Advancements - The third unit, which is the first "Hualong One" unit in western China, has been successfully put into operation, showcasing the safety and maturity of China's third-generation nuclear technology [2]. - The project incorporates China's first independently developed nuclear-grade digital control platform, enhancing operational safety and efficiency [2]. Group 3: Environmental Impact - As of September 2023, the four units at the Fangchenggang Nuclear Power Base have generated over 175 billion kilowatt-hours of electricity, significantly reducing coal consumption and carbon emissions [3]. - The project has contributed to ecological improvements, including the planting of approximately 394,700 hectares of forest, supporting green and low-carbon development [3]. Group 4: Public Engagement and Education - The Fangchenggang Nuclear Power Base has established a comprehensive public education system, hosting over 300 events related to nuclear power knowledge and safety [4]. - Innovative technologies such as AR are used in educational displays to enhance public understanding and reduce the "NIMBY" effect associated with nuclear power [4]. Group 5: Ecological Initiatives - The project has invested approximately 8 million yuan in the protection of mangroves, with an ecological value exceeding 10 million yuan [5]. - The integration of ecological projects into public tours aims to promote awareness of nuclear power's role in environmental protection [5]. Group 6: Recognition and Achievements - The Fangchenggang Nuclear Power Base has received multiple honors, including being recognized as a national nuclear science popularization education base and an advanced model for environmental facility openness [5].

Core Insights - The International Energy Transformation Forum's nuclear power industry development sub-forum was held in Suzhou, focusing on collaboration across the nuclear power industry chain, key technological innovations, equipment manufacturing upgrades, and international cooperation [1][3]. Industry Overview - Multiple international authoritative organizations have raised their nuclear energy development forecasts for four consecutive years, predicting that global nuclear power installed capacity will exceed 900 million kilowatts by 2050 [1]. - As of now, China operates 59 nuclear power units and has 53 units approved for construction, with a total installed capacity surpassing 125 million kilowatts, maintaining the world's leading position [1]. Performance Metrics - According to the 2024 World Association of Nuclear Operators (WANO) comprehensive index, 43.18% of the world's top-performing nuclear units are from China [3]. - China's operational nuclear power units have safely and stably operated for over 600 reactor years, achieving the highest WANO comprehensive index score globally for nine consecutive years [3]. Technological Advancements - The implementation of the "People's Republic of China Atomic Energy Law" in early 2024 is expected to further promote the healthy and sustainable development of China's nuclear energy sector [3]. - China has established a complete nuclear power industry chain, with the "Hualong One" project marking a significant milestone in mastering core technologies for nuclear power equipment design and manufacturing [3][5]. - The "Hualong One" project has a total of 41 units under construction and in operation, leading globally [5]. Digital Transformation - The Chinese nuclear power industry is advancing digital transformation, with the development of an autonomous nuclear-grade digital control system called "Hemu System," making China the fourth country globally to master this technology [5]. - The "Hemu System" is widely applied across various nuclear power units, covering all reactor types and technological routes [5]. - The shift in engineering management from "document-driven" to "model-driven and data-driven" is being promoted in China's nuclear power construction sector [5]. Fusion Research - Controlled nuclear fusion has become a focal point, with approximately 50% of global fusion devices being Tokamak devices, and the Asia-Pacific region hosting 51 experimental devices and 5 planned fusion reactors [7]. - China has over 10 operational fusion devices, including Tokamak and stellarator types, and is progressing towards burning experiments and experimental reactor stages [7].