中船七〇二所高级工程师 张晓嵩：风力助推现在已经成为船舶混合动力的一个重要组成部分。风帆有两个好处，一个是风能，第二个它是完全清洁的能 源，相比我们现在主要的燃料，它可以不产生任何碳排放。 今年11月，加装了这套转子风帆的船舶正式运营，实船数据表明，理想情况下的节能效果可达到20%以上，全球航线年平均减少碳排放超过1500吨，实现环 保效益与经济效益双提升。 2025年中国国际海事会展正在上海举行，作为全球最具影响力的海事盛会之一，本届会展规模再创新高。 大船安风帆 减排又省油 本届中国国际海事会展共吸引了40多个国家和地区的2200多家单位参展，一批造船领域新技术和产品集中亮相。 0:00 在海事会展的室内展馆，这个圆柱体的装备，是我国创新研发的新一代船用转子风帆，利用旋转的风筒将风能转化为推动船舶前进动力的装置。 "未来"号搭载国产尖端船用设备 在2025年中国国际海事会展，刚刚完成首次深远海试验的"未来"号也以模型的方式与大家见面。作为我国首艘深远海绿色智能技术试验船，它的出场吸引了 现场观众的目光。 0:00 在本届海事会展的室内展馆，"未来"号模型引得国内外观众驻足。与传统深远海试验船不同，"未来" ...

Core Insights - The "Future" vessel, China's first deep-sea green intelligent technology experimental ship, has successfully completed its first deep-sea trial after 16 days at sea, marking a significant milestone since its delivery in July [1] - The vessel serves as a "mobile laboratory" for testing new green technologies, supporting deep-sea equipment applications, and aiding scientific ocean investigations [1] - The development of the "Future" vessel involved collaboration among over ten units under China Shipbuilding Group, focusing on breakthroughs in key technologies for power systems and scientific support systems [1] Group 1: Power System Innovations - The "Future" vessel is equipped with four main diesel generators and six thrusters, designed to provide reliable and green power for various operations [2] - To optimize fuel efficiency and reduce emissions, the team implemented multi-phase rectification and variable-speed generation technologies, allowing the vessel to adjust power output based on operational needs [2][3] - The new power system is projected to save 456 tons of fuel annually and reduce carbon emissions by approximately 1,420 tons, equivalent to the emissions of 560 cars in a year [3] Group 2: Deep-Sea Equipment Support - The vessel features a "moon pool" that facilitates the deployment of deep-sea equipment, minimizing the impact of adverse sea conditions [4] - A novel design was developed to allow deep-sea equipment to be securely lowered into the water, enhancing operational efficiency [4][5] - The construction team successfully controlled the precision of the guiding tracks to within 1 millimeter, ensuring smooth operation of the equipment [5] Group 3: Intelligent Testing Systems - The "Future" vessel is equipped with over 8,000 data collection points to monitor equipment status and environmental changes [6] - A distributed intelligent data collection architecture was developed to synchronize data from various sources in real-time, addressing challenges in data collection from diverse systems [7] - The dynamic testing system will continue to support the testing and validation of intelligent devices, contributing to the smart and green transformation of the shipbuilding industry [7]

Core Insights - The "Future" vessel, China's first deep-sea green intelligent technology experimental ship, has successfully completed its first deep-sea trial after 16 days at sea, marking a significant milestone in marine technology development [1] - The vessel serves as a "mobile laboratory" integrating testing, research, and support, aimed at enhancing China's marine technology innovation and industrial application [1][2] Group 1: Vessel Capabilities - The "Future" vessel is equipped with advanced power systems, including four main diesel generators and six thrusters, designed to provide reliable and efficient energy for various operations [2] - The vessel's power system utilizes multi-phase rectification and variable-speed generation technology to optimize energy consumption based on operational needs, significantly reducing fuel consumption and carbon emissions [3] Group 2: Deep-Sea Operations - The vessel features a "moon pool" that facilitates the deployment of deep-sea equipment, allowing for efficient underwater observation and sampling while minimizing the impact of adverse sea conditions [4] - The design of the moon pool and its associated systems underwent extensive testing and optimization to ensure safe and effective deployment of deep-sea vehicles [5] Group 3: Intelligent Testing Systems - The "Future" vessel is equipped with over 8,000 data collection points to monitor equipment status and environmental changes, establishing a comprehensive testing platform for various intelligent devices and systems [6] - A distributed intelligent data collection architecture has been developed to enable real-time synchronization of heterogeneous data, enhancing the efficiency of data acquisition and analysis [7]

Economic Growth and Structure - Jiangsu's economic total exceeded 6.69 trillion yuan in the first half of the year, with a year-on-year growth of 5.7%, contributing an economic increment of 254.38 billion yuan, ranking first among all provinces in China [1] - The added value of high-tech industries in Jiangsu grew by 9.2%, accounting for 51.8% of the industrial output, indicating that half of the industrial value comes from high-tech sectors [1] - Key high-tech industries such as electronics, aerospace, and computers saw growth rates surpassing 10%, outpacing the national average [1] Technological Innovation Platforms - Jiangsu is focusing on major technological innovation platforms to drive industrial development and technological breakthroughs [2] - The "Future" ship, a deep-sea green intelligent technology test vessel, is designed for modular assembly, allowing various new research equipment to be tested in real marine environments [2][4] - The ship serves multiple roles, including as a mobile laboratory for oceanographic research and a support vessel for deep-sea equipment testing [7] New Industrial Developments - Suqian in Northern Jiangsu has seen a 20% annual growth in high-tech enterprises, marking its emergence in the national innovation landscape [10] - The local laser equipment manufacturing company has reported a 50% increase in overseas clients, with international sales accounting for over 20% of its total revenue [13] - The laser industry in Suqian has developed a complete supply chain, enabling one-stop solutions for production and sales within the industrial park [15] Consumer Market Growth - Jiangsu's social retail sales reached 2.3949 trillion yuan in the first half of the year, with a year-on-year growth of 5%, supported by vibrant sports events and cultural activities [28] - The popularity of water sports in Suzhou has led to a 50% increase in the paddleboard market, indicating a growing trend in sports consumption [24] - The demand for artificial turf has surged, with orders increasing by 30% compared to previous years, driven by the rising popularity of football events [30] Conclusion - Jiangsu's economic growth is underpinned by new engines of innovation, new industrial pathways, and new consumer scenarios, positioning the province for continued high-quality development [31]

Core Insights - Jiangsu is accelerating the cultivation of strategic scientific and technological forces by concentrating resources to build major innovation platforms, establishing a matrix of innovative platforms that are frontier-leading, industry-empowering, open and collaborative, and distinctive [1] Group 1: Major Innovations and Developments - The "Future" ship, China's first deep-sea green intelligent technology test vessel, has been officially put into operation after six years of research and construction, with a full load displacement of 7,000 tons and a length of approximately 110 meters, capable of global navigation [3] - The "Future" ship features innovations in modularity and intelligence, allowing for a "test while applying" model to accelerate the transformation of scientific research achievements [5] Group 2: Research and Testing Capabilities - The "Future" ship will focus on testing key equipment and systems for the next generation of intelligent ships, filling a gap in China's green intelligent equipment system testing platforms [5] - Future sea trials will be conducted in the South China Sea in conjunction with major research projects, aiming to achieve significant milestones in national shipbuilding [7] Group 3: Infrastructure and Laboratory Developments - Jiangsu is rapidly advancing the construction of major platform carriers, with various laboratories such as the Suzhou Laboratory for materials research, the Zijinshan Laboratory for 6G technology, and the Yunlonghu Laboratory for deep earth engineering, all reaching international leading levels [9] - Jiangsu has established 44 national key laboratories and created a provincial laboratory alliance, aiming to break through critical common technologies across industries [9]

Core Viewpoint - The "Future" deep-sea green intelligent technology experimental ship represents a significant advancement in China's maritime research capabilities, combining innovative design with multifunctional applications for deep-sea exploration and technology testing [1][2][3]. Group 1: Ship Specifications and Capabilities - The "Future" ship measures 110.8 meters in length, has a full load displacement of 7,000 tons, a maximum speed exceeding 15 knots, a crew capacity of 80, and an endurance of over 10,000 nautical miles with self-sustainability for more than 60 days [1]. - It is designed to operate in unlimited navigation areas, making it a versatile platform for various maritime research activities [1]. Group 2: Technological Innovations - The ship features a high degree of modularity, allowing for easy integration of various equipment and systems for real-time testing during voyages [2]. - It is equipped with a powerful A-frame capable of lifting 150 tons, enabling it to support deep-sea operations and the deployment of underwater equipment [2]. Group 3: Research and Testing Facilities - The "Future" ship includes a deep-sea equipment testing and operational support system, underwater acoustic systems, and a multi-disciplinary laboratory, facilitating comprehensive marine research and equipment trials [3]. - It serves as a "mobile laboratory" for scientists to collect environmental data and conduct experiments in deep-sea conditions [3]. Group 4: Smart Operations and Data Management - The ship's bridge is equipped with advanced monitoring systems that provide real-time data on various operational parameters, enhancing situational awareness [4]. - An intelligent information system, MarineNet, and a dynamic testing system enable comprehensive data management and connectivity between the ship and shore, promoting an open digital testing platform [5]. Group 5: Industry Impact and Future Outlook - The "Future" ship aims to bridge the gap between research and industrial application, fostering innovation and digital transformation within the maritime industry [5]. - It is positioned as a new cornerstone for high-quality development in China's shipbuilding and deep-sea technology sectors, supporting the industry's shift towards intelligent and green advancements [5].

Core Insights - The "Future" deep-sea green intelligent technology test ship, China's first of its kind, was named and delivered on July 23, marking a significant advancement in the country's shipbuilding industry towards green and intelligent transformation [1][2] - The ship serves as a mobile ocean laboratory, providing a real marine testing platform for domestic ship equipment, which is crucial for the verification and promotion of domestic technologies [2] Group 1: Ship Specifications and Features - The "Future" ship is 110.8 meters long with a full-load displacement of 7,000 tons and a range exceeding 10,000 nautical miles [1] - It features modular design, allowing for flexible installation of various deep-sea equipment, including 10-ton cargo and manned/unmanned submersibles, enhancing its adaptability for different research needs [1] Group 2: Functional Capabilities - The primary function of the "Future" ship is to serve as a marine testing platform for domestic intelligent devices and systems, enabling real-time verification of equipment performance in extreme deep-sea conditions [2] - The ship's innovative hull design allows for safe deployment of equipment into the ocean, facilitating real-world testing at depths of 1,000 to 3,000 meters [2] - It is equipped with multi-disciplinary laboratories and a data center, supporting various marine scientific experiments, including biological, hydrological, and geological sampling and analysis [2]