- Technologies and products for the industry from the comprehensive electrification, automation and digitalization portfolio
- End-to-end automation for the manufacturing industry ("Digital Enterprise")
- "Effortless Communication" simplifies administration of large machine and plant networks
- Totally Integrated Power: an integrated approach for a future-oriented power supply
Siemens offers a future-proof platform based on high-performing software technologies aimed in particular at customers from the manufacturing industries under the title of "Digital Enterprise", which will allow the extensive demands of Industrie 4.0 to be met over the coming years. "We already have the capability for full integration of the entire production and production lifecycle. This allows us to enhance the productivity and efficiency of our customers and so boost their business", explains Anton S. Huber. Siemens pays particular attention here to merging the virtual with the real world: "The digital factory is no longer just a vision. We are already making a significant contribution to its achievement today. Our Teamcenter software solution functions as a central data backbone. A decisive factor for improved production with greater efficiency and a shorter time to market is the complete digital representation of a company's entire value chain", said Anton S. Huber.
Sustainable solutions for the process industry
Siemens is also breaking new ground in the process industry. "Current market trends are moving in the direction of modularization, digital mapping of production steps and communication between the individual machines in the plant," said Peter Herweck, CEO of the Process Industries and Drives Division. "With our portfolio for the process industry, we offer sustainable solutions from design and engineering to maintenance and modernization." At the stand's "Digitalization Forum," a hydraulic circuit demonstrates digital integration of a component in the existing plant. Planning and engineering with the software solution Comos in conjunction with the Simatic PCS 7 process control system enable data from engineering and automation to be pooled. Comos Walkinside visualizes the integration realistically in 3D.
A key step toward the digital plant is simplified administration in industrial networks. Siemens is presenting a current project on this topic at the Hannover Messe: "Effortless Communication." Assignment of addresses from engineering is relocated to the automation devices. As a result, devices can automatically assign themselves unique addresses without the need for a central instance such as an address server. Moreover, the system simplifies the use of remote services and increases their security. The results from the project might be used to build and run future production networks.
Siemens is presenting new drive technology components in the field Integrated Drive Systems (IDS). Simotics reluctance motors offering maximum energy efficiency and dynamism, a new shaft height for the Simotics FD low-voltage motors, and the modular Simotics HV M high-voltage motors expand the extensive portfolio. Herweck notes: "Our customers from process industries now have to deal with a high degree of complexity, yet strive for maximum energy efficiency. With IDS, we offer a comprehensive, end-to-end range of integrated drive systems: Almost any Siemens drive component can be integrated seamlessly into any drive system, any automation environment and the plant's entire lifecycle. As a result, we improve the entire workflow across all the steps in the value chain." End-to-end networking of the drives with the control and production level enables intelligent, self-optimizing and autonomous production processes.
Future-oriented, cost-effective power supply
In order to master the growing complexity of energy systems resulting from greater integration of renewables, these systems have to become more agile and smarter in the coming years. That means industrial power grids will also become more digital, in other words, be equipped with more means of measurement, automation, control and regulation. As part of this digitalization, industrial enterprises face new challenges when it comes to increasing their plants' efficiency, ensuring supply security and protecting increasingly complex plants and systems against overloading or short-circuits by means of state-of-the-art concepts. That requires intelligent hardware and software products such as monitoring systems and measurement equipment: End-to-end energy management at the campus is needed. Increasing local power generation, including at their own plants, means that the way industrial companies interact with power suppliers is changing. This calls for new planning and energy management concepts for grids and plants in order to ensure a robust, cost-optimized power supply. "With Totally Integrated Power (TIP), we offer an extensive package for a future-oriented, cost-effective power supply with intelligent and digital solutions from planning to operation," says Ralf Christian, CEO of the Energy Management Division. Siemens has bundled its power distribution portfolio in TIP and specifically offers industrial enterprises end-to-end solutions that enable energy systems to be planned, controlled, protected and optimized cost-effectively. They comprise software and hardware products, systems and solutions for all voltage ranges – from high-voltage power supply to the low-voltage consumer – which can be integrated in industrial automation technology thanks to intelligent interfaces. As part of its protection concept, Siemens is also presenting in Hanover an enhanced version of the communication-capable compact circuit breaker from the 3VA series for low-voltage power distribution. Compact 3VA circuit breakers are the heart of electric power distribution and ensure fault-tolerant, highly available production processes. Extensive data is also available to engineering and can be integrated in all common planning and project management tools.