智能购物车全程伴随、无人机配送商品……近日，河南郑州市管城回族区的万物可联"空中超市"外，工 作人员将分拣好的商品打包装入无人机配送箱，按照大数据规划的路线快速精准送至消费者手中。 "超市正在申请增设更远距离的航线，争取覆盖更大范围。"黄玉娟说。郑州市管城回族区紫荆山南路某 小区居民张雪说："我经常在小程序上下单，线下购买也可选择无人机配送，速度比人力快得多。" 据超市工作人员介绍，自动伴随的智能购物车是该超市的亮点之一，"顾客走到哪里，智能购物车就可 以跟到哪里，还能实时导购、自动返回充电，增强顾客购物的体验感"。 河南科技学院人工智能学院院长蔡磊认为，"空中超市"以仓储式商超为实体支点，依托云仓管理系统和 智能购物技术重塑消费体验，再通过无人机配送突破地理与交通限制，本质上是重构"人—货—场"关 系，是重构物流网络、激活要素流动的有益尝试，有利于实现物流配送网络的效率跃迁、体验升维和生 态协同。 （文章来源：中国新闻网） 作为郑州首家"空中超市"，万物可联空中超市位于河南低空经济产业园内，是一家占地面积超8600平方 米的仓储型超市。消费者在相应APP、小程序下单后，该超市可将商品直接从云端仓库提取打包， ...

Group 1: Technological Advancements - The world's first humanoid robot training base "Panda Eye" was inaugurated on July 30, showcasing advancements in robotics with a 5V5 soccer training event [1][3] - A logistics drone successfully transported seafood over a distance of 82.9 kilometers in 55 minutes, marking the opening of the first ultra-long drone logistics route in the Greater Bay Area [4][6] Group 2: Scientific Discoveries - A research team discovered a new deep-sea ecosystem at a depth of 9,533 meters, revealing the largest known chemosynthetic life community, which survives without sunlight [7][9][11] - The Chinese Academy of Sciences identified evidence of a third dense body near a binary black hole merger, providing new insights into the formation of black holes [12][14] - A team confirmed the existence of theropod dinosaur footprints in Guangxi, contributing to the understanding of dinosaur diversity in the Mesozoic era [16] Group 3: Energy Sector Developments - The first shale oil field in the Sichuan Basin was established, with proven reserves of 20.1 million tons of oil and 12.352 billion cubic meters of natural gas, marking a significant breakthrough in shale oil exploration in Southwest China [18] Group 4: Defense Industry Updates - The People's Navy unveiled its fourth 075 amphibious assault ship, the Hubei ship, enhancing China's amphibious combat capabilities [19][21]

Core Viewpoint - The low-altitude economy is set to enter a rapid development phase in 2025, becoming a key focus for many provinces in China, with various applications such as urban air transport, logistics, and agricultural operations emerging as new growth areas [1][2]. Policy Breakthrough - Urban air transport is recognized as a crucial component of future smart cities and low-altitude economy, requiring systematic breakthroughs in technology, policy, airspace allocation, and inter-departmental collaboration [2]. - In 2023, "low-altitude economy" was included in Shenzhen's government work report, and measures were introduced to support high-quality development in this sector [2]. - The first special regulation for the low-altitude sector, effective from February 1, 2024, aims to establish a collaborative mechanism for industry development and low-altitude flight management [2]. Infrastructure Acceleration - Shenzhen is accelerating the construction of low-altitude infrastructure to support innovative applications in the low-altitude economy [5]. - A comprehensive plan for high-quality low-altitude infrastructure construction from 2024 to 2026 has been issued, including the establishment of multiple testing zones and industrial parks [5]. - The Longgang District's low-altitude intelligent integration testing base has been operational, providing facilities for drone testing and training [6]. Logistics Advancement - Low-altitude logistics is a key area for Shenzhen's air transport system, with 250 drone logistics routes opened in 2024, achieving over 776,000 drone deliveries, a 27% increase year-on-year [8]. - The first "air-ground collaborative" smart logistics operation center was launched in February 2024, enhancing efficiency in logistics operations [8]. - Companies like Meituan have opened nearly 50 drone routes in Shenzhen, completing over 400,000 orders, showcasing the potential for improved urban delivery services [9]. Scene Expansion - The commercial exploration of urban air transport is accelerating, with 28,000 helicopter flights recorded in 2024, a 21% increase [12]. - Shenzhen has initiated China's first air-rail intermodal project, integrating helicopter services with high-speed rail for enhanced urban mobility [12]. - Various scenic flights and tourism-related air services have been established, with significant participation from local residents and tourists [13]. Future Development - The development of eVTOL (electric Vertical Take-Off and Landing) aircraft is gaining traction, with testing and operational centers being established to facilitate future commercial use [14][15]. - The market for helicopter commuting is expected to grow, with eVTOL potentially becoming a common mode of transport in the next few years [15]. - The government is playing a proactive role in fostering the low-altitude economy by enhancing regulatory frameworks and resource allocation [16].

Group 1: Digital Economy and Innovation - The 2025 Global Digital Economy Conference held in Beijing showcased significant achievements in the digital economy, with Beijing ranking second globally in the digital economy benchmark city index [1] - The conference led to the establishment of the "Global Digital Economy City Alliance," focusing on key areas such as digital infrastructure and cross-border data governance [1] - Beijing aims to upgrade its digital economy to a "smart economy," enhancing computing power and talent reserves to provide replicable experiences for global digital-friendly city construction [1] Group 2: Environmental Cooperation - The sixth meeting of the environment ministers of the Shanghai Cooperation Organization (SCO) took place in Tianjin, resulting in a joint declaration to support sustainable development initiatives [2][4] - The meeting emphasized cooperation to promote green, sustainable, and low-emission development among member countries [4] Group 3: Robotics and Technology - The National Speed Skating Hall's humanoid robot training base was officially opened, hosting the first 3V3 robot soccer training match [6] - The base aims to support the upcoming 2025 World Humanoid Robot Games and has attracted eight teams for training, enhancing the appeal of global humanoid robot innovation resources [6] Group 4: Cultural Development - The China International Publishing Exchange Center project has been completed, covering an area of 132,000 square meters and designed to facilitate international cultural exchanges [7] - The center will host major cultural projects and international exchange activities, showcasing China's cultural strength [7] Group 5: Drone Technology - The 2025 International Drone Application and Control Conference was held in Beijing, attracting over 1,000 guests and 500 exhibitors to discuss technological advancements and industry opportunities [8] - The conference featured various technical sessions and forums, highlighting innovations in drone logistics and safety management [8] Group 6: Beidou Information Industry - The Beijing-Tianjin-Hebei region announced plans to collaboratively advance the Beidou spatial information industry, focusing on infrastructure and policy standards [9] - The initiative includes sharing data resources and expanding applications in autonomous driving and low-altitude economy [9] Group 7: Education and Safety Regulations - Tianjin implemented new safety regulations for schools, establishing a 200-meter safety zone around educational institutions to enhance student safety [12] - The regulations include prohibiting certain businesses within the safety zone and ensuring schools are equipped with adequate security measures [12] Group 8: Automotive Technology - The establishment of a 4D imaging radar project in Tianjin's Xiqing District aims to fill a gap in the local industry and support the upgrade of the electric vehicle sector [13] - The project will serve as the first production center in northern China for 4D millimeter-wave radar technology [13] Group 9: Health and Biotechnology - The approval of a new method for producing D-alloheptulose sugar marks a significant breakthrough for the biomanufacturing industry in Qinhuangdao, with a production capacity of 10,000 tons per year [14] - This "healthy sugar" has a caloric value of only 1/10 of sucrose and is produced using a novel fermentation process [14] Group 10: High-Speed Rail Development - The China High-Speed Rail Exhibition in Beijing highlighted the country's achievements in high-speed rail, with an operational mileage of 48,000 kilometers, accounting for over 70% of the global total [15] - The exhibition showcased the development journey and innovations in China's high-speed rail technology [15]

Core Viewpoint - New Stone Technology aims to deploy 10,000 autonomous vehicles by the end of this year, expanding its logistics applications beyond express delivery to include fresh produce, pharmaceuticals, and cold chain logistics [2][25]. Group 1: Company Overview - New Stone Technology, founded in 2018, specializes in L4 level logistics autonomous vehicles and has deployed nearly 6,000 vehicles nationwide, with plans to reach 10,000 by year-end [4][16]. - The company received a C+ round investment of 1 billion RMB in February 2023, which will be used for technology iteration and deployment across various logistics scenarios [4][16]. Group 2: Market Expansion - The company is expanding its delivery services from urban areas to rural regions, addressing labor shortages and high delivery costs in these areas [21][23]. - New Stone Technology is also exploring new logistics scenarios, with plans to deploy 4,000 to 5,000 vehicles in non-express delivery sectors by the third quarter of 2025 [25][26]. Group 3: Technology and Innovation - The autonomous vehicles have a loading capacity of 3 cubic meters and can carry 440 to 500 packages, with a single battery swap allowing for a range of up to 100 kilometers [13][19]. - The company has developed its own visual perception algorithms, which reduce hardware costs compared to multi-lidar solutions, enhancing stability and efficiency [20][21]. Group 4: Partnerships and Collaborations - New Stone Technology has established partnerships with major logistics companies such as SF Express, ZTO, and Yunda, and is collaborating with Dingdong Maicai for fresh produce delivery [16][24]. - The company is also working with Tuhu Auto to create an intelligent parts delivery and scheduling system, leveraging Tuhu's extensive network of over 7,000 service locations [24][28].

Group 1: Investment and Economic Growth - The "2025 Wuhan Investment Promotion Conference" showcased 148 key projects with a total investment of 98.49 billion yuan, highlighting strategic emerging industries as the main focus [1] - The conference attracted nearly 200 global companies, including Mitsubishi UFJ, Qualcomm, and Casco, emphasizing Wuhan's transformation towards new economic sectors [1] Group 2: Artificial Intelligence Industry - Wuhan's artificial intelligence industry is projected to exceed 70 billion yuan by 2024, with an average annual growth rate of over 40% in the past three years, and over 1,300 companies operating in the sector [1] - The establishment of a robot production line in Wuhan aims to produce over 1,000 humanoid robots annually, leveraging the city's educational and technological advantages [1][2] Group 3: Biomedicine Sector - The life and health industry in Wuhan reached a total scale of 554.6 billion yuan last year, growing by 15.6%, making it the largest in Central China [4] - Wuhan has developed a comprehensive industrial structure with seven local listed companies and over 500 high-tech enterprises, positioning itself as a leader in biomedicine innovation [4][6] Group 4: Low-altitude Economy - Wuhan's low-altitude economy is rapidly developing, with over 150 companies projected by 2024, and an annual growth rate of 47% in the sector [8][9] - The city is focusing on creating a low-altitude economic demonstration zone, emphasizing drone logistics, emergency rescue, and tourism, aiming to establish a "Sky City" model [9]

Core Insights - The low-altitude economy is gaining significant attention, with low-altitude equipment manufacturing being a key focus area [1][2][3] - The scale of the low-altitude economy in China is projected to exceed 1 trillion yuan by 2026, with low-altitude manufacturing contributing over 50% of the total output value [2][3][4] Government Initiatives - The low-altitude economy was first included in the government work report in 2024, with further emphasis on promoting its safe and healthy development in subsequent reports [2] - Legislative adjustments are underway to support low-altitude economic growth, including the revision of the Civil Aviation Law to enhance the development of the civil aviation manufacturing industry [3][4] Market Dynamics - The low-altitude equipment manufacturing sector is experiencing rapid growth, with over 200 companies in Sichuan and significant initiatives in other provinces like Jiangsu and Inner Mongolia [2][5][6] - The low-altitude economy development index ranks provinces, with Guangdong, Jiangsu, Zhejiang, Beijing, and Sichuan leading the first tier [5] Technological Challenges - Despite the favorable policies and market enthusiasm, there are significant technological gaps in low-altitude equipment manufacturing, particularly in high-performance materials and key components [8][9] - The integration of advanced technologies such as 3D printing and AI into low-altitude manufacturing presents challenges that need to be addressed for industry advancement [9][10] Future Outlook - The low-altitude equipment manufacturing sector is expected to evolve through three phases: technology validation, scale application, and ecosystem integration [10] - The industry requires a multi-faceted approach to overcome current challenges, including breakthroughs in core technologies and the establishment of a supportive regulatory framework [10]

Core Viewpoint - The rapid development of the drone industry, particularly in logistics, is significantly driven by advancements in high energy density battery technologies, which are essential for meeting the demands of long endurance and high reliability in commercial applications [1][7]. Industry Overview - The Chinese industrial drone market is the largest segment in the drone industry, with a market size exceeding 120 billion RMB in 2024 [1]. - Logistics drones are experiencing an annual growth rate of over 30%, making them the fastest-growing segment within the drone industry [2]. Technological Advancements - The development of logistics drones is accelerating due to policy support and advancements in 5G technology, which reduces transmission latency to under 20 milliseconds, facilitating large-scale commercialization [3]. - The demand for high energy density batteries is being catalyzed by the clear operational needs in the drone sector, as evidenced by the extensive commercial practices in cities like Shenzhen, which has opened nearly 300 drone routes and completed over 1.7 million cargo flights [7]. Market Dynamics - The commercial drone market prioritizes endurance and cycle life as core metrics, with battery packs representing only 2%-3% of the total cost of small drones. Operators are willing to pay a premium of 20%-30% for performance improvements [7]. - The anticipated commercialization of high energy density technologies in low-altitude flight is being accelerated by positive market responses, with several battery manufacturers receiving bulk orders from drone manufacturers [8]. Competitive Landscape - Companies like Factorial and Amprius are supplying solid-state and silicon anode batteries for drones, while domestic firms such as Weilan New Energy and Jinlongyu Group are also making significant strides in battery production [8][9]. - Despite the current cost of solid-state batteries being approximately 1.5 times that of liquid lithium batteries, it is projected that this gap will narrow to between 1.2 and 1.5 times by the end of 2026, making it a more acceptable premium for high-performance commercial drones [9]. Upcoming Events - The 18th High-Performance Lithium Battery Industry Summit will be held on June 25-26, 2025, in Changzhou, focusing on the restructuring of the industry chain and the resonance of applications across various scenarios [9].

智通财经5月30日讯，今日42股涨停，21股炸板，封板率为67%，德邦股份、华森制药、4连板，御银股份、联化科技3连板，北交所路桥信息30CM2连板， 棕榈股份（维权）10天6板，百利电气11天6板。市场全天震荡调整，创业板指领跌。本月市场走出先扬后抑走势，三大指数月线均收涨，其中沪指本月累计 涨超2%。今日沪深两市全天成交额1.14万亿，较上个交易日缩量462亿。板块方面，猪肉、创新药、银行、CRO等板块涨幅居前，黄金、草甘膦、可控核聚 变、人形机器人、环保设备、消费电子等板块跌幅居前。截至收盘，沪指跌0.47%，深成指跌0.85%，创业板指跌0.96%。 人气及连板股分析 连板晋级率降至17.39%，此前6连板的尚纬股份、5连板的融发核电双双断板跌停，连板高度降至4板的华森制药和德邦股份。高位抱团股遭遇批量"核按 钮"，核聚变概念人气龙头王子新材缩量早早封死跌停，苏州龙杰（维权）、永安药业遭遇2连跌停。高位股抱团持续松动之际，银行、创新药等大资金深度 抱团板块仍逆势拉升，多股续创阶段新高，两者间跷跷板态势再现。不过高位股大面积退潮的同时，昨日首板个股中仍有十余股实现晋级，其中北交所路桥 信息罕见实现30厘 ...

Group 1: Modern Industrial System Development - The government aims to lead or participate in the formulation and revision of over 500 international and national standards, and over 400 industry standards by 2027 [1] - The initiative includes the establishment of over 1,500 new core testing and inspection capabilities, ensuring quality infrastructure meets modern industrial demands [1] - Focus areas include new industrialization, artificial intelligence standards, and standards for strategic emerging industries such as new generation information technology [1] Group 2: Agricultural and Forestry Standards - The development of standards will focus on key agricultural sectors including grains, vegetables, fruits, and livestock, as part of the "10+3+N" modern agricultural system [2] - A comprehensive quality safety monitoring system for agricultural products will be established across various administrative levels [2] - Standards will be developed for 23 subfields in forestry, including wood processing, carbon sinks, and ecological tourism [2] Group 3: Quality Infrastructure and Cooperation - The construction of national and regional quality infrastructure platforms, such as the sugar industry measurement testing center, is prioritized [3] - The establishment of a China-ASEAN inspection and testing system aims to enhance inspection capabilities for various products [3] - The initiative includes international cooperation projects in green agriculture and cross-border logistics, aligning Chinese standards with ASEAN standards [3]