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• New software for omnidirectional control
• 360-degree freedom of movement for AGVs
• Innovative steering system implemented with ebm-papst

Siemens has expanded Simove, the scalable automation solution for Automated Guided Vehicle (AGV) applications, to include functionality for omnidirectional control. The new software supports unrestricted freedom of movement for AGVs. Together with Simatic Micro-Drive, the new member of the Siemens converter family specifically for the safety extra-low voltage range, plant and machine builders can create universal and flexible systems. Together with partner ebm-papst an initial application example has been realized: a steering system that uses Simatic Micro-Drive, the universal Simatic controller and the new control software from Simove. The compact steering system features a special gearbox where the speeds of both motors in the steering system are overlaid. This means that the steering system does not require moving cables. The result is 360-degree rotational movement of the wheel and therefore of the system. In addition, the high transmission in the driving and steering direction provides a high level of control accuracy for the system. Thanks to the integrated safety functions of the Simatic Micro-Drive, safe control and monitoring of the integrated motors is ensured at all times.

• Higher light comfort due to energy-saving switching and dimming of up to 20 DALI ECGs per channel in broadcast mode
• Personalized control with “tunable white” for Human Centric Lighting (HCL)
• Easy installation, low maintenance expenses and energy efficient switching and dimming

Siemens Smart Infrastructure is launching its new KNX switch and dim actuator N 525D11, 2x DALI Broadcast. The rail-mounted device for installation in distribution boards has two Digital Addressable Lighting Interface (DALI) outputs. Thanks to a control performance of up to 20 DALI electrical ballasts (ECG) per DALI output, the new actuator offers energy efficiency and low commissioning costs during broadcast mode where all connected ECG, for example lamps, are controlled simultaneously. The new device has a wide range of functions to increase comfort for room users, such as color temperature control and configurable dimming curves. In addition, the actuator is able to store light scenes, send status or error messages, and provide switching cycles as well as an operating hour counter. The new device offers the best conditions for optimum lighting ratios in the room. In combination with presence detectors, which control brightness fully automatically, a simultaneous control of brightness and color temperature can be achieved.

• New Plant Intelligence options, fully integrated in WinCC Unified, available on tablet or PC
• “Performance Insight” option for simple display and calculation of key performance indicators (KPIs)
• Create and visualize structured planning of production processes with the "Calendar" option

Siemens launches two new Plant Intelligence options for the WinCC Unified system: The “Performance Insight” and “Calendar” options extend the WinCC Unified visualization system with functionality for more transparency and structured planning in the production processes. The additional options can be individually combined according to application requirements and are fully integrated in the system, so that all functions are available to the user on various devices such as tablet or PC. By using the information thus obtained and planning ahead, costs can be reduced, and rejects avoided. In addition, production facilities can be better utilized, which increases effectiveness and efficiency.

• Reduced amount of copper lowers material costs
• Smart ventilation system ensures optimal heat dissipation
• Digital engineering and new system concept shorten project lead times for switchgear manufacturers

Siemens Smart Infrastructure introduces the Alpha 3200 Eco power distribution board. Thanks to a new system, it requires one-third less copper. The new power distribution board features a main busbar in the middle of the board instead of at the top or the bottom, allowing devices to be attached directly. Previously, additional connection rails made of copper were needed. This new design significantly reduces material costs and installation efforts. It also allows for more flexible installation of the associated Alpha assembly kits with protection, switching and measuring devices. Overall, this results in more room for valuable functions, such as collecting energy data and switching states, as well as for connecting the power distribution board to digital building management systems. A new ventilation system with two cooling circuits provides for optimal heat dissipation and energy yield.

• Integration of cutting-edge technologies into the Digital Enterprise portfolio enables flexible and intelligent production

With its Digital Enterprise, Siemens is taking the next step of the digital transformation – on the way to highly flexible modular production. Siemens presents numerous innovations for the discrete and process industries as well as for energy and building infrastructure. The integration of cutting-edge technologies such as edge and cloud computing, artificial intelligence or additive manufacturing into the portfolio offers users new opportunities to achieve more flexible and intelligent production. Communicative networking through Industrial 5G plays a key role. 

• Concept study demonstrates the integration of Sinamics frequency converters to the Siemens Industrial Edge platform
• High-frequency data exchange and complex analysis of the drive train possible
• Paving the way for new business models

At the Hannover Messe 2020, Siemens presents a concept study that demonstrates the integration of a Sinamics drive system to the Siemens Industrial Edge platform. In future, it will be possible to perform high-frequency data exchange in drive technology using an Edge device. The integration of Sinamics frequency converters to an Edge device enables users of machines and applications to perform complex analyses of data that is already collected in the drive. Machine learning algorithms identify patterns and detect anomalies and their causes, providing early indications of necessary maintenance. This minimizes downtimes and reduces the consumption of resources. For example, in intralogistics applications the belt tension can be monitored for a storage and retrieval machine. The belts, which are driven by a motor and frequency converter, require a specific tension so that the application runs smoothly. If the visualization of the data analyses shows irregularities in the drive system, then belt maintenance can be triggered promptly, for example.

• Volkswagen's first new generation electric car being built with Siemens automation technology 
• Together with Volkswagen, Siemens is developing a standard for the upcoming Volkswagen electric car generation
• Volkswagen aims to increase the degree of automation in the body shop to 89 percent and to 28 percent in final assembly 

Siemens is supporting Volkswagen with equipping its Zwickau vehicle plant for the production of electric cars. The company has already supplied products and systems for the two production lines and helped develop an automation standard for the versatile mass production of a range of different models. “We want to increase the degree of automation in our production processes while simultaneously reducing complexity. We’ve chosen to work with Siemens, our long-standing partner and one of the leading companies in industrial automation and digitalization, because they have the necessary application expertise in this area,” said Thomas Zembok, Head of Factory Automation and Digital Production at the Volkswagen AG company.