智能化改造和数字化转型背景下江苏打造先进制造业集群的动因、困境和路径研究

A study on the motivation,dilemmas,and paths of building advanced manufacturing clusters in Jiangsu Province under the background of intelligent regeneration and digital transformation

在智能化改造和数字化转型背景下,江苏打造先进制造业集群可以更好地应对全球制造业竞争格局变化,顺应新一代信息技术赋能制造业转型的趋势,推动经济高质量发展,促进区域协调发展,支撑国家重大战略实施。在推进过程中,江苏面临诸多难题,如技术瓶颈、资金压力、人才储备不足、产业链协同有待加强、数据安全和隐私保护存在隐患、政策法规不完善等。可实施以下路径:以智能化技术提升生产效率、以数字化转型提升管理效能、以创新驱动提升产品竞争力、以绿色发展提升可持续发展能力、以产业集群提升区域协同发展水平、以人才引培提升智能化与数字化应用能力、以政策引导提升智能化与数字化改造投入、以国际合作提升智能制造与数字化转型水平、以标准体系建设加强智能改造与数字化转型规范性。

Jiangsu builds advanced manufacturing clusters in the context of intelligent transformation and digital transformation to better respond to changes in the global manufacturing competition pattern,trends in empowering manufacturing transformation with new generation information technology to promote high-quality economic development,and regional coordinated development,and to support the implementation of major national strategies.In the process of promotion,Jiangsu faces many difficulties,such as technological bottlenecks,financial pressure,insufficient talent reserves,insufficient industry chain collaboration,hidden dangers in data security and privacy protection,and imperfect policies and regulations.The following paths can be taken for implementation:improving production efficiency through intelligent technology,enhancing management efficiency through digital transformation,driving product competitiveness through innovation,enhancing sustainable development capabilities through green development,enhancing regional collaborative development level through industrial clusters,enhancing intelligent and digital application capabilities through talent introduction and training,elevating the investment in intelligent and digital transformation through policy guidance,enhancing the level of intelligent manufacturing and digital transformation through international cooperation,and strengthening the standardization of intelligent manufacturing and digital transformation through standard system construction.