The basis for these cutting-edge technologies is the availability of data. Through digital twins, which map and link together all the steps of industrial manufacturing in a virtual world, comprehensive data pools can be created. "The crucial factor is using the data from the digital twin of the product, production and performance in an innovative way that creates new potential for productivity. When automation, software, hardware and cloud platforms as well as cutting-edge technologies are integrated and combined seamlessly, the data can be converted into valuable knowledge – increasing performance and flexibility. This is the next step of digital transformation," Klaus Helmrich explains. One example is a new module with an integrated AI-capable chip for the Simatic S7-1500 controller: through the use of machine learning algorithms, robot-based handling processes can be optimized, for example. For the learning process, artificial intelligence (AI) requires large volumes of data. And this data is only available if processes have been digitalized and linked together seamlessly. With Industrial Edge, Siemens has extended its Digital Enterprise automation platforms – Simatic and Sinumerik – to include a data processing solution on the shopfloor. With its scalable concept from the shopfloor to the MindSphere open, cloud-based IoT operating system, Siemens is creating a renaissance on the shopfloor.
At the booth, Siemens uses a showcase from automotive manufacturing to demonstrate how the use of cloud and Edge-based data analysis together with other cutting-edge technologies such as additive manufacturing or autonomous manufacturing systems create new opportunities for the efficient and flexible production of electric cars and batteries. "Siemens is supporting the automotive industry with software and automation systems for the transformation to e-mobility," Klaus Helmrich explains. This helps companies to meet today's challenges such as growing demand for increasingly customized products and alternative drive concepts.
Digitalization cannot be implemented without protecting industrial plants from cyber attacks. In future, AI and Edge computing will also improve security, since data analysis can be used to detect cyber attacks far more quickly and reliably.
With Blockchain, Siemens is presenting another future technology for industrial applications: in industry there is considerable potential for improvement, for example in traceability for foodstuffs. In the food supply chain, information is documented in a digital and tamper-proof format, and stored in Blockchain on every step of the journey, including details such as the farm location, batch number, processing data, factory information, expiration dates, storage temperatures and shipping details. Relevant information is provided to users via the MindSphere-based app.
For process automation, Siemens is breaking new ground at the Hannover Messe and introducing a new innovative process control system. With Simatic PCS neo, Siemens is presenting a brand new system software package, which offers companies in the process industry new opportunities in the age of digitalization. This includes global web-based cooperation in engineering and operations as well as unique usability with a seamless object-oriented data model and an open system architecture. In addition, the system offers the option of scalability from small process modules through to the largest process plants in the world. Simatic PCS neo uses the recently developed hardware portfolio and application architecture of the powerful, comprehensive Simatic PCS 7 V9.0 process control system. In this way, Siemens can provide its customers with investment and know-how protection combined with the advantages of the new system.
Visitors to the "Future Area" of the booth can discover where the integration of these cutting-edge technologies is leading - to a much stronger link between Operational Technology (OT) and Information Technology (IT). Through the convergence of these technology areas, increasing volumes of data from industrial development and manufacturing will be linked in future with other data from areas such as logistics or purchasing. As a result, a large amount of information will be transferred from the central level to the control level.
In order to provide cross-sector data transfer and to increase flexibility and productivity, a wide-ranging, powerful communication infrastructure is required. The new 5G communication standard creates exciting prospects here. High data rates, reliable high-performance broadband transmission and ultra-short latency periods support considerable increases in efficiency and flexibility in industrial value creation – especially for Industrie 4.0 applications. Siemens has used this new communication standard from the outset and is supporting standardization and industrial implementation through the development of an appropriate portfolio. Siemens is also running its own research projects for Industrial 5G and establishing several 5G interoperability test centers under actual OT conditions. This includes the evaluation and testing of available industrial standards such as Profinet or TSN (Time Sensitive Networking).
Siemens supports digital transformation with a range of services from consulting through to implementation. "We support our customers on the path to digitalization – from consulting on strategies for industrial digitalization through to supporting in the implementation and optimization of digital solutions," notes Klaus Helmrich. Consulting is based on a thorough evaluation of the digital readiness of the company, which is carried out by digitalization experts together with the customer. "Together we determine the existing level of digitalization at the relevant company and from there we develop a tailored digitalization strategy for the customer together with a roadmap."
For further information on Siemens at the Hannover Messe 2019, please see www.siemens.com/press/hm19