近日，《关于加快场景培育和开放推动新场景大规模应用的实施意见》已公开发布。11月10日，国务院 新闻办公室举行国务院政策例行吹风会。国家发展改革委副主任李春临介绍，在新一轮科技革命和产业 变革深入推进的大背景下，场景培育开放越来越成为放宽市场准入、创新要素配置方式。 ▲ 国务院政策例行吹风会现场 李春临表示，加快场景培育和开放、推动新场景大规模应用，必须在工作推动中把握好一些关键性的重 要原则，确保既能够发挥出我国超大规模市场和丰富应用场景的优势，又要结合场景本身体现出来的这 些新特点，充分考虑到推动这项工作的系统性、复杂性、艰巨性。在落实《实施意见》中要把握好六个 关键词。 首先是坚持创新引领，既要推动技术创新，更要强化制度创新，深化"需求牵引+技术准入+场景验 证"协同创新模式，更好促进创新成果涌现和转化应用。比如，智慧矿山就是这种协同创新模式的典型 例子。近年来，无人矿山、无人采煤等场景不断涌现，矿山建设中引入物联网、云计算、数字孪生、无 人运输等技术，矿山勘探开采实现数字化和智能化，一些危险工作逐步用智能设备替代人工，最终形成 智慧矿山这种更安全、更高效的作业模式。 红星新闻记者 付垚 摄影报道 编辑 ...

Core Points - The National Development and Reform Commission emphasizes six key concepts to leverage China's large market and diverse application scenarios while considering the complexity and challenges of promoting work [1][2] Group 1: Innovation and Reform - The first key point is to adhere to innovation-driven development, promoting both technological and institutional innovation, and enhancing the collaborative innovation model of "demand-driven + technology access + scenario verification" [1] - The second point focuses on reform-driven initiatives, establishing a market-oriented allocation mechanism for scenario resources, ensuring equal access to opportunities, and optimizing resource allocation [1] Group 2: Local Adaptation and Safety - The third key point is to implement localized strategies, coordinating regional scenario development based on local resource endowments and reform foundations, while avoiding redundant construction [2] - The fourth point stresses the importance of safety and order, encouraging innovative management systems while enhancing safety risk control measures [2] Group 3: Systematic and Integrated Development - The fifth key point highlights the need for systematic advancement, emphasizing cross-sectoral and cross-level collaboration to enhance the capacity for coordinated support among various stakeholders [2] - The final point is to promote integrated development, encouraging the fusion of multiple disciplines and technologies to explore new paths for deep integration of technological and industrial innovation [2]

Core Viewpoint - The breakthrough in solid-state battery technology by Chinese lithium battery companies, exemplified by Tianci Materials, represents a significant advancement in industrial innovation and upgrading in China [1][7]. Group 1: Challenges and Innovations - Solid-state batteries are seen as the next-generation power battery solution, but the core component, solid electrolyte, faces the "impossible triangle" of high ionic conductivity, interface compatibility, and electrochemical stability [2]. - Tianci Materials encountered significant challenges with interface impedance when solid electrolytes interacted with high-nickel cathodes, which adversely affected battery performance and lifespan [2]. - The company demonstrated a strong internal drive for innovation, motivated by the need to address industry pain points, leading to original innovations and a robust error-tolerance mechanism [2][3]. Group 2: Research and Development Strategies - Tianci Materials allocated independent budget pools for solid electrolyte research over three consecutive years, marking a historical commitment to this area [4]. - The company adopted a "racehorse" mechanism to evaluate competing technical routes, ultimately favoring the sulfide route based on superior performance metrics [4]. - The CEO emphasized the importance of maintaining a balance between openness and focus in innovation, which has become a consensus within the team [4]. Group 3: Market Dynamics and Collaborations - The demand for solid-state batteries is driven by emerging technologies such as AI devices, which require enhanced battery performance, creating significant market opportunities [6]. - Collaborative innovation has become a norm in the industry, with real-time data sharing between battery manufacturers and clients facilitating rapid problem-solving and iterative improvements [6]. - Tianci Materials and other leading companies are accelerating the industrialization of solid-state batteries, with various initiatives and partnerships underway to enhance their product offerings [5][6].

Core Insights - Recent breakthroughs in China's deep-sea aquaculture include the launch of the world's first self-propelled natural exchange aquaculture vessel "Bay Area Lingding" and the delivery of the world's first closed salmon farming vessel "Suhai No. 1," collectively capable of producing 13,000 tons of high-end seafood annually, marking the beginning of China's "mobile aquaculture" era [1][2] Group 1: Vessel Specifications and Capabilities - "Suhai No. 1" has a cultivation water capacity of 83,000 cubic meters, equivalent to 33 standard Olympic swimming pools, and features 15 intelligent aquaculture chambers that control five essential elements for optimal salmon growth [2] - The vessel requires continuous operation of its water circulation system, as power outages could lead to oxygen deprivation and death of the salmon within hours [2] - "Suhai No. 1" measures 249.8 meters in length and has a displacement of 132,000 tons, necessitating evacuation from hazardous areas within 48 hours during typhoon seasons [2] Group 2: Competitive Advantage of Weichai - Weichai won the contracts for the vessels due to its advanced all-electric propulsion systems, high reliability, fuel efficiency, and the ability to customize solutions for the unique demands of mobile aquaculture [3] - The successful performance of Weichai's generator sets during testing provided reassurance to shipowners, solidifying Weichai's reputation in the industry [3] Group 3: Technological Development and Market Expansion - Weichai's development of large-bore engines, which are complex and involve over 3,000 precision components, has positioned the company as a leader in the high-power engine sector, previously dominated by Western firms [4] - The company has established a comprehensive range of large-bore high-speed engines, filling a gap in China's high-power engine market [4] - Weichai's large-bore engines are not only gaining traction in the domestic market but are also being exported to high-end markets in Europe and the U.S., with orders for the M55 product line extending into 2026 [5] Group 4: Industry Impact and Future Outlook - The introduction of Weichai-powered deep-sea aquaculture platforms signifies a shift towards advanced technological applications in marine farming, enhancing China's position in the global maritime industry [6] - The operational capabilities of "Suhai No. 1" and "Bay Area Lingding" reflect a strategic move towards establishing China as a key player in deep-sea aquaculture, contributing to food security and sustainable marine resource management [6]

Core Viewpoint - Jiangxi Copper's silicon-carbon anode material project has officially commenced construction, aiming to enhance production capacity in the silicon-carbon materials sector [1] Group 1: Project Overview - The total investment for the project is 160 million yuan, implemented in two phases, with the first phase targeting an annual production of 500 tons [1] - Upon full completion of both phases, the project will achieve an annual production capacity of 1000 tons of silicon-carbon anode materials [1] Group 2: Strategic Goals - The project is planned to establish the first 1000-ton level silicon-carbon production line in Jiangxi Province by 2025 [1] - A diversified silicon-carbon product system will be developed, covering capacities from 1000mAh to 2200mAh/g [1] - The project aims to promote close cooperation and joint development among upstream and downstream enterprises through a collaborative innovation model involving universities, state-owned enterprises, and technology innovation companies [1]