李书福提到，从吉利星座完成一期组网部署，具备全球服务能力，到沃飞长空AE200首架机成功下线， 创造国内大型载人垂直起降飞行器研发重要里程碑，再到曹操出行发布首个未来城市交通枢纽"绿色智 能通行岛"，加速Robotaxi商业化落地，吉利率先布局的"天地一体化出行生态迎来新的突破，有效助力 智能网联汽车发展。 展望未来，李书福认为，无论技术、市场如何变革，以人为本的安全、绿色、愉悦的出行体验始终是汽 车产业不变的核心。为此，吉利将持续强化在技术创新、人才培养方面的投入。 凤凰网科技讯12月30日，吉利控股集团董事长李书福发布题为《关键时刻不惑不辍》的2026新年致辞。 李书福称，今年以来，吉利围绕智能电动化转型，在技术创新、品牌向上、全球化及绿色发展等方面锐 意突破，展现出稳健高质量的发展态势。 李书福还提到，2026年起，吉利将首期投入5000万元，未来陆续投入3亿元，启动青年创新创业激励计 划，让吉利成为青年人才梦想启航的港湾。 此外，吉利还将支持中国大学生方程式汽车大赛，将醇氢动力的前沿探索融入赛事，为技术多元路径下 汽车产业的可持续发展储备新兴力量，欢迎有志于醇氢电动事业的青年人才加盟吉利。 ...

中新网12月19日电 "近10年来，商业航天是全人类都在关注的领域，而我们每一步，都是'从零到一'的探 索。"浙江时空道宇科技有限公司(简称"时空道宇")创始人、CEO、首席系统工程专家王洋接受中新网专访时表 示。 时间拨回2008年，毕业于哈尔滨工业大学的王洋入职中国科学院上海微小卫星工程中心。那一年，卫星的主要 用途与国家任务挂钩，稳定、先进是第一考量，而行业应用领域几乎还是一片空白。王洋回忆道，当时，大家 只能偶尔从网络、报刊上捕捉海外的行业信息，SpaceX、商业航天等都只是模糊的名词。 2014年，国务院提出"鼓励民间资本研制、发射和运营商业遥感卫星，提供市场化、专业化服务"。 彼时，王洋就锚定了发展方向——国家战略是指引，民企要做好补充。他说，2014年民营资本开始进入航天产 业链时，时空道宇的核心团队也已组建完成，除火箭系统未能实现自研、依托国家及商业发射场外，卫星总体 等核心环节均实现自主研发，构建起完整的技术"护城河"，这也为后来2018年成立时空道宇奠定了坚实的技术 基础。 2022年6月2日，西昌卫星发射中心的轰鸣声意义非凡——王洋团队主导的吉利星座实现首个轨道面"一箭九 星"发射，这是 ...

很长一段时间里，汽车安全是一件"容易被说清楚"的事情。气囊数量、车身强度、碰撞成绩，都可以被压缩成简单直观的指标，成为产品配置表的一部 分。 但进入新能源汽车时代，这套逻辑正在失效。 一方面，风险来源发生了变化。安全问题不再只集中于正面或侧面碰撞，而是扩展到电池热失控、传感器异常、软件逻辑缺陷等更复杂、更难复现的系统 性问题；另一方面，辅助驾驶功能快速下沉，却仍处在人机共驾的灰色地带，一旦发生事故，责任归属、技术边界与用户预期之间的错位，往往会被瞬间 放大。 在这样的背景下，"安全是最大的豪华"几乎成为所有车企发布会上的标准口号。但现实是，各家展示的安全测试越来越相似，表达方式高度同质，消费者 反而更难判断这些演示究竟意味着什么。 安全正在变成一个"说不清、却必须说清楚"的命题，车企需要为自证安全做出更大的努力，一直以"安全"作为产品底牌的吉利更是如此。 12月12日，吉利宣布其全域安全进入2.0阶段。当天，吉利在宁波发布了其全球全域安全中心，该中心创下"全球最大的汽车安全试验室"、"全球最长的室 内汽车碰撞测试跑道"、"全球最大的汽车环境风洞试验室"、"全球最大的任意角度汽车碰撞测试区（0-180°）"、" ...

Core Insights - The energy industry is increasingly reliant on advanced technologies like low Earth orbit (LEO) satellite IoT to overcome communication challenges in remote areas, enhancing operational efficiency and safety [2][8] - The successful deployment of the Jili constellation, with 64 satellites in orbit, marks a significant milestone in providing global communication coverage, supporting approximately 20 million users [4][12] Group 1: LEO Satellite IoT Technology - The Jili constellation offers a communication capacity of 340 million times per day, with 100% reliability in satellite operations and network performance, covering all areas except the polar regions [4][6] - The constellation provides stable transmission capabilities, supporting various communication types, including text, voice, and images, with advanced anti-jamming features ensuring secure communication [6][10] Group 2: Applications in the Energy Sector - The energy sector, including oil and gas, pipelines, and renewable energy facilities, benefits significantly from LEO satellite IoT, addressing communication gaps in remote locations [8][10] - In oil and gas pipeline monitoring, sensors relay critical data such as pressure and temperature via satellite, enhancing safety and operational efficiency [10] - Satellite communication aids in electric grid management by providing real-time data transmission, supporting intelligent scheduling and rapid fault location [10] Group 3: Broader Industry Impact - The Jili constellation has been successfully integrated into various industries, demonstrating its potential to drive digital transformation across sectors such as marine fisheries, engineering machinery, and logistics [12] - The company has established partnerships with over 20 global telecom operators, expanding its reach into markets in the Middle East, Africa, Southeast Asia, and Latin America [12]

Core Viewpoint - The partnership between Time Space Path and Systems & Services Limited marks a significant step for Time Space Path in the global commercialization of its satellite constellation, reflecting China's transition from "following" to "leading" in commercial aerospace [1] Group 1: Company Overview - Time Space Path, established in 2018, is one of the earliest companies in China's commercial aerospace sector, focusing on satellite constellation construction, satellite manufacturing, and satellite applications [3] - The company has completed the first phase of its global low-Earth orbit satellite IoT constellation, known as the Jili Constellation, which serves as an important model for the industrialization of China's commercial aerospace [3] Group 2: Industry Development - The commercial aerospace sector has entered a "fast lane" with frequent policy support, transitioning from concept to reality over the past decade, becoming a key area for the new technological and industrial revolution [4] - Local governments are actively implementing special policies, action plans, and subsidies to foster regional industrial clusters and application demonstrations, upgrading from infrastructure and capability building to guidance, innovation, and breakthroughs [4] Group 3: Strategic Advantages - Time Space Path's strategy of focusing on low-Earth orbit satellite IoT aligns well with China's market needs, supporting the construction of a digital China by providing stable communication for various industries [5] - The company addresses strong demand for wide-area communication in remote regions, offering low-latency and broad coverage solutions that support the digital transformation of the real economy [5] - The technology is self-controlled, with significant cost and cycle advantages compared to traditional broadband constellations, making investment returns more manageable [5] Group 4: Satellite Deployment and Capabilities - Time Space Path has successfully completed the first phase of the Jili Constellation deployment, with a total of 64 satellites in orbit, achieving 100% reliability for both satellite and network [7] - The Jili Constellation can support 340 million communications daily, catering to 20 million global users, with capabilities for various IoT applications [9] - The constellation features advanced anti-jamming algorithms and strong signal security, ensuring high communication reliability and availability [9] Group 5: Global Expansion - Time Space Path has established a complete business loop from satellite to ground systems and application products, collaborating with major domestic companies to drive innovation in satellite IoT applications [10] - The company is expanding internationally, focusing on markets in the Middle East, Africa, Southeast Asia, Central Asia, South Asia, and Latin America, with successful overseas deployment tests [12] - Time Space Path aims to provide comprehensive solutions rather than just satellite communication services, contributing to global digital transformation [12]

Core Viewpoint - The article highlights the participation of Geely Holding Group in the COP30 conference, showcasing its commitment to carbon neutrality and sustainable practices in the automotive industry [1][9]. Group 1: Participation in COP30 - Geely Holding Group attended the COP30 conference in Belém, Brazil, representing China and demonstrating its carbon neutrality achievements [1]. - The conference involved over 190 countries discussing greenhouse gas reduction and climate change [1]. Group 2: Green Manufacturing Initiatives - Geely has integrated green principles throughout its manufacturing processes, establishing a smart manufacturing system that includes "green factories," "waste-free factories," and "zero-carbon factories" [3]. - The company has created 17 national-level green factories, 11 waste-free factories, and 5 zero-carbon factories, with 6 vehicle bases using 100% renewable electricity [3]. Group 3: Energy Management and Material Recycling - Geely developed the EMS 2.0 energy management platform, utilizing IoT and AI for dynamic energy monitoring across 9 manufacturing bases [5]. - The company promotes the use of recycled materials, achieving a vehicle recyclability rate of over 96.6% and reducing annual solid waste by 18,000 tons through its supplier system [5]. Group 4: Technological Innovations and Collaborations - Geely completed the first phase of the "Geely Constellation" satellite network, providing global IoT communication services [6]. - A joint venture with Renault, named Haosi Power, focuses on efficient power solutions, with an annual production capacity of 5 million powertrains [7]. Group 5: Biodiversity and Sustainability Reporting - Geely released its "Nature and Biodiversity Report," becoming the first Chinese automotive company to publish such a report, reflecting its commitment to biodiversity and sustainable development [9]. - The report aligns with international frameworks, showcasing Geely's transparency and responsibility in addressing environmental impacts [9].

Core Insights - The recent announcement from the 20th Central Committee of the Communist Party of China emphasizes the strategic elevation of the aerospace industry, marking the first time "Aerospace Power" is listed alongside other national strengths [1] - Analysts predict a new round of valuation restructuring in the commercial aerospace sector as the 14th Five-Year Plan approaches, with significant policy support expected [2] Policy and Market Dynamics - The government has outlined plans to foster new growth engines, including commercial aerospace, with a focus on large-scale application demonstrations and the development of emerging industries [2] - Over twenty provinces and cities have integrated commercial aerospace into their long-term development plans, indicating a strong commitment to the sector's growth [2] Industry Growth and Infrastructure - The aerospace industry is transitioning from an exploratory phase to a growth phase, with increased policy support and resource allocation expected [3] - China's complete industrial system and market potential position it well for significant advancements in commercial aerospace, with market size projections reaching trillions [3] Launch Activity and Technological Advancements - China is set to complete 68 orbital launches in 2024, with a notable increase in satellite deployment frequency [4] - Recent successful launches include the completion of the first low Earth orbit satellite constellation, demonstrating China's capabilities in satellite networking [4] Capital Market Engagement - The commercial aerospace sector is experiencing heightened interest from investors, with several companies completing new financing rounds and initiating IPO preparations [7] - A total of eight commercial aerospace companies are currently in the IPO counseling process, reflecting a critical transition from technology validation to commercial operations [7]

Core Insights - The aerospace economy is becoming a crucial direction for industrial transformation and upgrading in various regions of China, with policies being implemented to support commercial aerospace and low-altitude economy development [2][3][4] - The market size of China's commercial aerospace industry is expected to exceed 2.5 trillion yuan by 2025, indicating a significant growth opportunity [2] - Local governments are focusing on leveraging core technological breakthroughs to create competitive advantages and meet real market demands [2][4] Policy and Development Goals - Shandong Province aims to achieve an annual production capacity of 100 launch vehicles and 150 commercial satellites by 2027, with a commercial aerospace industry scale reaching 50 billion yuan [3] - Shanghai has set a target for its commercial aerospace industry to reach approximately 100 billion yuan by 2027 [4] - Suzhou has implemented regulations to promote low-altitude economy, aiming to establish a national low-altitude economic demonstration zone by 2026 [4] Commercialization and Technological Advancements - The successful launch of the "Inertia One" rocket and the development of a 2-ton eVTOL for intercity cargo transport highlight the rapid commercialization of aerospace technologies [3][5] - The launch of the sixth orbital plane of the Geely constellation marks a significant step in the commercialization of satellite communication technology [5][6] Investment and Economic Impact - Local governments are adopting innovative investment attraction models, such as "investment-driven attraction," to draw in leading companies in the aerospace sector [6] - Significant investments have been made, including a 2 billion yuan investment for the global headquarters of the Geely constellation and nearly 2.5 billion yuan financing for Beijing Tianbing Technology [6] Industry Challenges and Considerations - There is a need for caution against redundant construction and blind investment in the aerospace economy to ensure sustainable development [6] - Local development should align with regional resource endowments and foundational advantages to avoid unsuccessful replication of success stories [6]

Core Viewpoint - The development of intelligent connected vehicles has entered a new stage of technological breakthroughs and application scenarios, with AI becoming a new driving force in the industry [2][4]. Group 1: Technological Advancements - The chairman of Geely Holding Group, Li Shufu, stated that "full-domain AI" and "earth-space integration" are the main battlefields for Geely's transformation in intelligent connected vehicles [2]. - Geely has established a technology foundation driven by computing power, algorithms, and data, aiming to deeply integrate AI technology across the entire vehicle architecture, including power, chassis, and cabin [2]. - Geely has initiated a "ground + low-altitude + low-orbit" seamless technology ecosystem to support the development of intelligent connected vehicles [2]. Group 2: Satellite Technology - Geely's self-built satellite IoT constellation, known as Geely Constellation, has completed its first phase of network deployment with 64 satellites in orbit, marking a significant breakthrough in China's private commercial space sector [4]. - This satellite constellation is a key advancement in Geely's "earth-space integration" strategy [4]. Group 3: Future Development Suggestions - Li Shufu proposed four suggestions for the future development of intelligent connected vehicles: 1. Adhere to user value and maintain safety standards 2. Emphasize self-research in technology while promoting open collaboration for industry growth 3. Return to the essence of manufacturing and respect industrial laws [4][5]. - The transformation of intelligent connected vehicles is fundamentally a shift in the manufacturing industry, impacting human mobility, urban governance, and social civilization [5].

Core Insights - The 2025 World Intelligent Connected Vehicle Conference opened in Beijing, where Cao Cao Mobility announced significant advancements in its Robotaxi fleet, becoming the first platform globally to scale the application of low-orbit satellite communication technology in Robotaxi operations [2][3] - Geely Holding Group's Chairman Li Shufu emphasized the importance of Cao Cao Mobility as the primary commercial vehicle for Robotaxi, enhancing emergency response capabilities and operational safety through stable satellite communication services provided by the Geely constellation [2] - The integration of satellite communication technology allows vehicles to maintain stable connections with the operation center even in areas with unstable 4G/5G signals, significantly improving safety redundancy and operational reliability in various scenarios [2] Company Developments - Cao Cao Mobility's CTO Qiang Qi highlighted that safety is a prerequisite for the commercial deployment of autonomous driving, and the introduction of satellite communication is crucial for building an integrated safety system [3] - The company is accelerating the deployment of the second generation of Robotaxi vehicles and collaborating with Geely and business partners to develop customized vehicles with pre-installed proprietary autonomous driving components and applications [3] - The collaboration reflects the internal ecological synergy within Geely Holding Group, with Space-Time Daoyu's CTO Ding Sheng noting the importance of an integrated information network for smart transportation [3]