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In the future, the industrial manufacturing industry will undoubtedly develop in the direction of high informationization, automation and even intelligence. In this industrial age, the German government introduced the Industry 4.0 plan to further upgrade the industrial automation manufacturing system.
The concept of "Industry 4.0" describes the basic paradigm shift from centralized control to decentralized and enhanced control with the goal of creating a highly flexible production model for personalized and digital products and services. In this model, the traditional industry boundaries will disappear and new areas of activity and forms of cooperation will emerge. The process of creating new value is changing and the division of labor in the industrial chain will be restructured.
At the 2013 Hannover Messe, Siemens showed how to help manufacturing meet the challenges of today and how to shape the future of manufacturing through world-leading technology and innovation. Speaking at the Hannover Messe, Prof. Siegfried Russwurm, a member of the Siemens AG management board and chief executive officer of Siemens Industry, said: "Today's manufacturing and manufacturing technologies are changing dramatically and rapidly." Although there is still a long way to go to achieve Industry 4.0, he believes Siemens today has laid a solid foundation for achieving this goal.
Innovative industrial information technologies and software have played a decisive role here, allowing product development and production to be integrated and coordinated, creating the conditions for a fully optimized product development and manufacturing process. Ruth Worth said: "Today, continuous breakthroughs in information technology, industrial technology integration is increasingly becoming a trend.However, a few years later we look back today, when people based on information technology, products and machines The interaction will be a real industrial revolution. "
It is predicted that the industrial information technology and software market will grow at an average annual rate of 8% in the next few years, and the growth rate will be twice as high as the overall related market of Siemens industrial business. To this end, Siemens is concentrating its efforts to expand its innovative leadership in industrial information technology and industrial software. At present, there are 7,500 software developers in the field of Siemens industrial business. "In order to achieve a fictitious and realistic integration of development and production, we have invested over EUR 4 billion in strategic mergers and acquisitions in 2007 to strengthen our capabilities in industrial information technology and industrial software" Ruthworth said.
More recently, Siemens has further strengthened its software product line by acquiring LMS, a Belgian company specializing in the testing and simulation of electromechanical systems. In this way, Siemens customers in the future can use a unified integrated database for product simulation, testing, optimization and production.
Today's information technology integration of virtual planning and physical production has significantly increased the productivity of industrial enterprises facing global competition. Some of the major players in the industrial sector, such as automotive, aerospace and mechanical engineering, are working to optimize their competitiveness across the value chain. "Through the development and production of digital products to promote the transformation of modern production methods, in this regard, Siemens has paid more efforts than other companies and we are on track, for example with Daimler, BMW, Airbus signed three companies Long-term contracts; in addition, there are about 100,000 visitors to the Siemens booth at the Hannover Fair, many of whom represent SMEs, "Ruthwos said.
Siemens, with Totally Integrated Automation (TIA) and the Digital Enterprise Platform, has long been a leader in information technology integration. At this year's Hannover Messe, Siemens presented a comprehensive solution for integration of planning, engineering and production processes as well as related electromechanical systems. The Siemens booth will highlight Siemens' latest technological achievements, including the innovative engineering software platform TIA Portal V12, the new generation controller Simatic S7-1500, the concept of "fully integrated drive system" (IDS) for electric drive applications, Technology-based services, such as condition monitoring. In addition, Siemens will also be demonstrating with the Fraunhofer Institute in Germany and Volkswagen to reduce the robot's energy consumption by up to 50% on the production line through virtual production planning using Product Lifecycle Management (PLM) software.
The "high-tech strategy 2020" formulated by the German federal government aims at laying Germany's international top-notch position on key key technologies and continuing to strengthen Germany's core competitiveness as a technological and economic powerhouse. Among them, ICT is particularly important, and it is an important innovation driver for almost all industries and applications. In the planning of "High Technology Strategy 2020", the German coalition government set ambitious goals for future project Industry 4.0: Germany is to become a supplier and dominance of today's industrial production technologies (ie, the networked physical integration system) market. Reiner Graz, head of information, software and electronic automation at the German Federation of Machinery and Equipment Industries, said that Industry 4.0 is a new way of thinking in industrial production. In the past, people had to formulate good manufacturing procedures before production to change a production task. Time consuming. In the new system, the components of the product communicate directly with the production system, issuing the instructions for the next required production process. The 4.0 era of the industry will change the use of the entire production technology, the entire system will be more intelligent, networking more closely, different components can communicate with each other, work faster and respond more quickly.
At present, Germany is a leader in the smart industry. Klaus Mittelbach, a German association of electrical and electronic industries, told reporters that 50% of R & D investment in Germany is software investment. Graz said that Industry 4.0 in Germany is also in the promotion phase. The German government first realized that the application of network technology in industrial production has great potential and supports a series of research projects. Germany has a strong machinery manufacturing and automation industry and has certain strengths in the software field. Together, these three areas determine Germany's dominance in the Industry 4.0 era. "I believe this development will affect the development of industrial production in the coming decades." The German Association of Electric Industries and Electricity predicts that Industry 4.0 will increase industrial productivity by 30%.
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