With the development of equipment towards electronic information and management intelligence, today's manufacturing service model is undergoing fundamental changes. In order to take the lead in this new situation, the developed countries of intelligent manufacturing technology represented by Germany have officially started to promote the "Industry 4.0" project. In this new model, traditional industry boundaries will disappear and new forms of activity and forms of cooperation will emerge. Only by adapting to this industrial change can enterprises continue to develop in the fourth industrial revolution, represented by information intelligence management and application. Therefore, keeping up with the development trend of the world's advanced technologies, basing ourselves on ships, facing the field of industrial manufacturing, and leading the industrial transformation and upgrading with technological innovation is a useful exploration for China to achieve a "manufacturing power" to a "manufacturing power."
Equipment Health Management (EHM) technology, with its ability of “quantitative, precise and intelligentâ€, innovatively realizes the transformation and utilization from “precision equipment†to “accurate informationâ€, which is the intelligent management of equipment information and One of the core supporting technologies of the application. According to statistics, this technology can drive industrial operation capacity by 2.5% to 5% every year, which can reduce the accident failure rate by 75% and reduce equipment maintenance costs by 25% to 50%. Foreign companies such as Boeing and GE in the United States have realized the transformation from "manufacturers" to "service providers" by introducing this technology. Therefore, carrying out equipment information intelligent management and application technology and service innovation represented by equipment health management technology is of great practical significance for effectively promoting the transformation and development and benefit improvement of the domestic shipbuilding field.
The National Science Foundation's IMS Research Institute for Industry, Education and Research is a pioneer and leader in equipment health management technology research, and its research and engineering application capabilities are at the top of the world. The center provides development and application of more than 100 related projects for dozens of large multinational companies, including aircraft, rail transit, automobiles, wind power, aero engines, diesel engines and other fields, especially the “master control†proposed by the center. The combination of innovative ideas and product technologies has provided strong support for the transformation of related traditional manufacturing industries.
CSSC is the first enterprise in China to put equipment health management technology into the engineering application of the ship field, and has gained rich experience and achievements in a large number of engineering applications and research. The company actively adapts to the development needs of the information revolution, and uses the China Shipbuilding Corporation's Marine Equipment Information Intelligent Management and Application Technology Innovation Center as a platform to conduct research with the National Science Foundation's IMS Center, with the breakthrough and application of advanced technology. The ship group company provides support for the intelligence level and capability in the field of information and control, and then promotes the sustainable development and transformation and upgrading of China's shipbuilding industry with high-end information service capabilities.
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