
船舶配套设备智能化发展战略研究
Intelligent Development of Intelligent Marine Equipment in China
在新一代信息技术与制造业深度融合的产业变革背景下,推进船舶配套产业智能化转型升级,对打造有竞争力的船舶配套品牌产品,实现造船强国有重要的意义。本文梳理总结国外船舶配套产业发展现状及智能化发展趋势,分析国内船舶配套设备智能化发展瓶颈,提出船舶配套智能化的总体思路、实施路径和顶层架构,提出船舶配套智能化以需求为导向架构支撑、以项目为牵引示范引领、开放合作跨界融合的发展推进建议。
With the deep integration of information technology and the manufacturing industry, intelligent promotion and upgrading now becomes significant for boosting the competitiveness of China's marine equipment industry and for ultimately developing China into a shipbuilding power. The current situation and intelligent development trend of the marine equipment industry in other countries are first summarized in this paper. Bottlenecks that restricts the intelligent development of China's marine equipment is then analyzed. Furthermore, the general idea, implementing approach, and top-level framework are put forward for the intelligent development of China's marine equipment. Moreover, suggestions are proposed for the development, including establishing a reasonable product structure based on demand, promoting the demonstrating and guiding role of major projects, and enhancing cooperation among different industries.
marine equipment industry / equipment intelligentization / shipbuilding powerhouse
[1] |
刘圣勇. 中外船舶配套产业发展现状分析 [J]. 商业经济, 2012 (12): 74–75. Liu S Y. Status analysis of marine equipment industry at home and abroad [J]. Business Economy, 2012 (12): 74–75.
|
[2] |
李成强. 日本船舶配套产业现状与发展路径分析 [J]. 船舶物资 与市场, 2010 (3): 27–30. Li C Q. Analysis on the current situation and development of marine equipment industry in Japan [J]. Marine Equipment/Materials & Marketing, 2010 (3): 27–30.
|
[3] |
刘微, 尚家发. 智能船舶发展现状及我国发展策略研究 [J]. 舰 船科学技术, 2017 (11): 189–193. Liu W, Shang J F. Research on the development status of intelligent ship and the development strategy of China [J]. Ship Science and Technology, 2017 (11): 189–193.
|
[4] |
富贵根, 蒋原成, 桂文彬, 等. 船舶辅机技术的发展与创新 [J]. 上 海造船, 2007 (1): 29–31. Fu G G, Jiang Y C, Gui W B, et al. Development and innovation of marine auxiliary technology [J]. Shanghai Shipbuilding, 2007 (1): 29–31.
|
/
〈 |
|
〉 |