Company Overview - Wuhan Gangdi Technology Co., Ltd. was established on September 28, 2015, and listed on the Shenzhen Stock Exchange's Growth Enterprise Market on November 7, 2024, with a registered capital of 55.68 million yuan [1] - The company focuses on research, production, and sales in the industrial automation sector, recognized as a high-tech enterprise and a national-level "little giant" [1] Financial Performance - In 2024, the company achieved total operating revenue of 601.72 million yuan, a year-on-year increase of 10.02% [1] - Operating profit reached 105.95 million yuan, up 10.25% from the previous year [1] - Net profit attributable to shareholders was 94.38 million yuan, reflecting a 9.13% increase year-on-year [1] Market Position and Product Leadership - The company holds a leading technological and market position in domestic markets for automation products in ports, shield tunneling, construction machinery, and cement industries [2] - As of April 24, 2025, the company has 129 patents (37 invention patents) and 87 software copyrights [2] - The company ranks first among domestic brands in the market share of port crane special frequency converters and shield machine special frequency converters from 2020 to 2024 [2] R&D Investment - R&D expenses have consistently increased from 33.71 million yuan in 2022 to 48.16 million yuan in 2024, representing 6.65%, 7.39%, and 8.00% of operating revenue respectively [2] Product Applications - The company's automation drive products are applied in 54 out of 63 major ports in China [2] - In the shield tunneling industry, the company’s products are used by the top three domestic shield machine manufacturers [2] - The intelligent control systems have been installed in 570 sets of port equipment and 148 sets in cement joint storage cranes by the end of 2024 [3] Management Stability - The company’s four founders have over 25 years of collaboration experience, ensuring a stable management team with an average tenure of over ten years [4] Impact of Trade Wars - The company is minimally affected by trade wars due to sufficient domestic supply in upstream industries and a strong domestic market focus [5][6] Overseas Market Expansion - The company is in the early stages of expanding its overseas sales and is working on technical adaptations and building sales platforms [7] Technological Advantages in Smart Ports - The company has a competitive edge in providing intelligent control systems for various types of port equipment, with no other company offering such a comprehensive range [8] - The smart port industry market size is projected to grow from 2.90 billion yuan in 2021 to 6.10 billion yuan by 2025, with the company holding an estimated market share of 5.72% [9] Domestic Replacement Opportunities - The domestic market share for industrial automation products has increased from 24.80% in 2009 to 47.70% in 2024, indicating significant potential for domestic replacements [11] Future Business Growth Points - The company aims to deepen existing business and explore new industries, optimize low-voltage high-power frequency converters, and expand overseas sales efforts [10]

Group 1 - The global largest container ship "Oriental Portugal" successfully docked at Yantian Port in Shenzhen, marking a significant milestone in the port's operations [1] - In April 2023, Yantian Port achieved a record of nearly 120 shore power connections, highlighting the increasing adoption of shore power technology to reduce emissions [1] - Shore power technology can reduce greenhouse gas emissions by 98%, with Yantian Port's system projected to supply nearly 25 million kilowatt-hours of electricity in 2024, cutting carbon emissions by approximately 19,000 tons [1] Group 2 - The Mawan Smart Port in Shenzhen has undergone automation upgrades, significantly improving operational efficiency and reducing carbon emissions [2] - Over 60 new energy trucks have been deployed at Chiwan Port, equipped with battery swap stations that allow for quick battery replacements [2] - The Guangdong Provincial Transportation Department has launched a Green Port Action Plan (2023-2025), aiming to establish a green low-carbon production model by 2025 [2] Group 3 - Hong Kong is actively developing as a green shipping fuel supply center, collaborating with other ports in the Greater Bay Area [3] - The successful completion of LNG bunkering operations in Hong Kong demonstrates the shipping industry's trust in the region's new role in green fuel supply [3] - Recent legal amendments in Hong Kong allow for the safe use and bunkering of low-carbon and zero-carbon fuels, reflecting the government's commitment to green shipping and port development [3]

4月23日晚间，盐田港（000088）(000088.SZ)披露2024年年度报告，报告期内，公司实现营业收入7.94 亿元，同比减少11.16%；归属于母公司所有者的净利润13.49亿元，同比增长21.74%。2024年10月，公 司完成重大资产重组配套募资40亿元，成功引进中远海控（601919）作为长期战略投资者，为公司长足 发展注入新动能。期末公司归母净资产178.68亿元，同比增长34.34%，生产经营稳中有进。 2024年我国港口货物和集装箱吞吐量实现较快增长，公司立足盐田港区，夯实港口主业。盐田港区目前 已开通17个内陆港，14个组合港、17条驳船支线，32条海铁联运线路，服务覆盖大湾区、西南及中部地 区，大幅提升港口通关效率，降低出口企业物流成本。未来，盐田港区会持续提升码头数字化、智能 化、绿色化，拥抱新质生产力，全力打造更高水平国际航运枢纽。 公司积极推动港口先进技术与码头业务深度融合，打造数字化、智慧化、绿色化港口，黄石新港实现散 货生产业务的全面线上化；启动海事船舶管理信息化系统建设；三期工程散货码头智能化建设项目已入 选湖北省首批数字经济典型应用案例，成功申报2024年湖北省首批5G ...

■ 我国物流成本高企的根源在于运输结构失衡与多式联运效率不足的长期矛盾。 公路运输虽承担着七成以上 的货运量， 但其单位成本和碳排放强度远高于水运。在此背景下，加快运河网络与高等级航道建设成为破局 关键——通过提升水运比重优化运输结构，配合智能化港口与自动化装卸设备强化铁水、公水联运的无缝衔 接，可系统性降低物流总成本。 ■ 内陆运河建设正悄然重塑中国经济地理格局。 当西江航道网将西南区域与大湾区的货运时效压缩至36小 时，西部地区低成本能源优势与东部地区沿海港口物流优势自此实现了跨区域联动，为未来优化产业布局提供 了基建基础。这种"空间折叠"效应不仅推动化工、冶金等产业向新能源富集区梯度转移，更促进生产要素在全 国范围内的优化重组，为构建多中心、网络化的产业布局奠定基础，最终推动东中西部从发展断层走向协同共 生的新格局。 ■ 我国水运体系正通过"高标基建—联运协同—智能节点"三层次布局， 支撑国家物流降本与经济一体化战 略：核心主线层面聚焦于高标准航道建设， 未来十年投资缺口 约1万亿元。由线向面的扩展指向多式联运体系 优化。地理条件受限下，需整合水运、铁路、公路等多方式协同。未来仍需进一步投入港口专用线网 ...

Core Viewpoint - The high logistics costs in China are rooted in the long-standing imbalance in transportation structure and insufficient efficiency of multimodal transport, necessitating the construction of canal networks and high-grade waterways to optimize transportation structure and reduce overall logistics costs [1][5]. Group 1: Logistics Cost Optimization and Transportation Structure Upgrade - The construction of canals can optimize national logistics costs, rationally allocate water resources, and support ecological restoration while helping inland areas break geographical constraints for industrial restructuring [5][8]. - In 2023, the ratio of social logistics costs to GDP in China was 14.4%, higher than the average level of developed countries, indicating a pressing need to lower logistics costs and enhance efficiency [8][10]. - The reliance on road transport, which accounts for over 70% of freight volume, results in higher unit costs and carbon emissions compared to water transport, highlighting the need for structural adjustments [11][13]. Group 2: Waterway Construction and Economic Geography - The construction of inland canals is reshaping China's economic geography, facilitating cross-regional linkages between low-cost energy in the west and logistics advantages in the east, thus providing a foundation for optimizing industrial layout [7][25]. - The West River waterway network compresses freight time between the southwest region and the Greater Bay Area to 36 hours, promoting a multi-center, networked industrial layout [7][31]. Group 3: Investment in Water Transport Infrastructure - China's water transport system is being developed through a three-tier layout of "high-standard infrastructure—coordinated transport—smart nodes," with a projected investment gap of approximately 1 trillion yuan over the next decade for high-standard waterway construction [2][34]. - The market size for upgrading smart ports, which are crucial for multimodal transport, is estimated to reach 1.3 trillion yuan, with about 80% of the 2,878 major berths nationwide facing the need for intelligent transformation [2][54]. Group 4: Ecological Restoration and Water Resource Allocation - Canals play a vital role in water resource allocation and ecological restoration, as demonstrated by the South-to-North Water Diversion Project, which has significantly improved water supply conditions in northern regions [17][19]. - The economic value of water resource allocation through canals has been validated, with significant reductions in agricultural water costs and improvements in groundwater levels in areas like Hebei [18][21]. Group 5: Multimodal Transport Development - The development of multimodal transport is essential for enhancing the efficiency of canal systems, with significant progress observed in rail-water intermodal transport, which has seen a 15% year-on-year increase in 2024 [49][50]. - The integration of various transport modes can effectively overcome geographical limitations, improve logistics efficiency, and promote high-quality development of the logistics system [45][49]. Group 6: Future Prospects and Strategic Importance - The construction of high-standard waterways is expected to improve the balance of regional industrial distribution in China, facilitating the development of energy-intensive industries in the west while alleviating pressures in the east [31][32]. - The strategic importance of developing smart ports and multimodal transport systems is underscored by the need for enhanced resource integration and operational efficiency in the logistics sector [54][53].