纯电动力内河集装箱运输船

Search documents
山东济宁:“重绘”内河航运的产业图景
Xin Lang Cai Jing· 2025-09-05 10:21
Core Insights - A pure electric inland container ship built for CMA CGM has commenced construction in Shandong, marking the first overseas order for a Chinese-made electric inland vessel, which is significant for the industry [2] - The ship, measuring 79.9 meters in length and 15 meters in width, has a carrying capacity of 3,500 tons and is equipped with a battery energy storage system from CATL, capable of reducing CO2 emissions by 778 tons annually [2] - CMA CGM plans to operate this vessel on a green route in Vietnam by 2026 as part of its commitment to achieving carbon neutrality by 2050 [2] Company Overview - Xineng Shipbuilding, established in 2022 and part of Jining Energy Development Group, has emerged as a new player in the shipbuilding industry, focusing on the renewable energy inland vessel sector [2][4] - The company has a strong backing from partners including CIMC, CATL, and Wuhan University of Technology, and aims to build 400 inland vessels annually with a capacity of 2,000-5,000 tons [4] - Xineng Shipbuilding employs advanced manufacturing techniques, including modular construction and digital workshops, which enhance shipbuilding efficiency to twice that of traditional methods [4] Industry Context - Traditional inland vessels are primarily powered by fossil fuels, leading to high carbon emissions and environmental risks, which the new energy vessels aim to address [3] - The domestic inland shipping market is still largely reliant on traditional energy sources, with over 300,000 inland vessels in operation, indicating a significant opportunity for the transition to renewable energy [7] - Jining, where Xineng Shipbuilding is located, is a key node in the Grand Canal, which plays a vital role in China's water transport system, offering cost-effective and energy-efficient logistics solutions [8] Market Potential - The Chinese government has set ambitious goals for inland waterway development, with investments in infrastructure exceeding those for coastal areas since 2018 [9] - By 2035, the aim is to expand the inland waterways to 25,000 kilometers and increase the share of inland cargo turnover to 9% of the total [9] - Jining is positioning itself as a northern inland shipping center, leveraging its geographical advantages to capitalize on the growing demand for green and intelligent shipping solutions [9][10] Strategic Developments - Xineng Shipbuilding has identified a differentiated market entry strategy focusing on the demand for small to medium-sized inland vessels powered by LNG and electricity, which has proven to be a strategic decision [21] - The company has established a sales network covering Europe, Southeast Asia, and Africa, enhancing its international presence and competitiveness [21][22]
山东济宁:千年运河再焕光彩
Xin Hua Wang· 2025-07-24 02:29
Group 1 - The core viewpoint of the news highlights the development of Jining as a major inland shipping center in Northern China, leveraging advanced technologies and green initiatives to revitalize the Grand Canal [1][3][6] - The construction of a 182TEU pure electric inland container ship for the French shipping group CMA CGM marks a significant milestone in China's inland shipping industry [1][5] - Jining's Dragon Port is equipped with advanced automation technologies, including unmanned vehicles and smart logistics systems, which have significantly improved operational efficiency [3][4] Group 2 - The new energy vessels being developed by Shandong Xineng Shipbuilding are expected to reduce carbon emissions by over 15% and other pollutants by more than 90% compared to traditional vessels [5][6] - Jining is establishing a regional demonstration zone for comprehensive new energy vessel utilization, aiming to foster a billion-level green intelligent shipbuilding industry cluster [6][8] - The integration of port and industry in Jining is leading to the establishment of multiple industrial parks, significantly increasing local economic output from 400 million to over 20 billion yuan [8]