Additive manufacturing is
not, and should not be perceived, as an isolated industrial domain. It’s an
additional technology that can advance classical manufacturing. As companies
mature in the additive hype cycle the need for collaboration rises.
- New medium-voltage switchgear supports decarbonization of power grids with reduced CO2 footprint
- Industrialized and climate friendly primary blue GIS switchgear helps sustainable energy transition ahead of regulation
- Condition monitoring software from Siemens Xcelerator portfolio with integrated sensors and devices provide more asset transparency
Siemens Smart Infrastructure has expanded its range of sustainable and
digital medium-voltage switchgear to support the decarbonization of today's
power grids. The new F-gas-free blue GIS primary switchgear enables an early
transition to sustainable grids ahead of regulation. With a focus on industrialized
and high-end ratings up to 24kV and 2500A, Siemens has launched the 8DAB 24 and
upgraded the NXPLUS C 24.
- RUGGEDCOM RST2428P: a secure, high-port density advanced switching platform with Power-over-Ethernet
- Enables secure communications for high-speed, real-time control applications and SCADA systems in harsh environments
- Emphasis on high-bandwidth, low latency communications and cybersecurity features
As critical infrastructure networks are digitalizing
rapidly, OT networks must handle large data volumes from increasing IoT devices
in the field and connect intelligent electronic devices to IT systems securely.
To this end, Siemens has launched the RUGGEDCOM RST2428P, an advanced multilayer
Ethernet switching platform, designed to provide secure and error-free communications
for networks in harsh environments like electric power, transportation, or oil
and gas plants.
- Infrastructure for private industrial 5G networks with a focus on automation applications
- The solution is already in use at Siemens plants and pilot customers like Salzgitter AG
- 5G is crucial for mobile robots, autonomous logistics, driverless transport systems, and edge devices
For the first time, the technology company Siemens is launching a private infrastructure developed in-house for the 5G mobile communications standard. The solution enables industrial companies to build their own local 5G networks that will provide optimal support for automation applications. "By building their own 5G networks, industrial companies are launching the next stage of connected production," says Axel Lorenz, CEO of Process Automation at Siemens. "5G is crucial for applications like mobile robots, autonomous logistics, and driverless transport systems in factories. Siemens' private 5G infrastructure also gives users sole control over the data in their 5G network at all times, and they can custom-configure the network for their applications."
- Partnership enables Siemens to become a one-stop-shop solutions provider of e-mobility services for corporate fleet and facility management
- Feature-filled software with high flexibility and convenience for EV drivers and fleet operators
Siemens and the electric vehicle (EV) charging platform provider Monta have partnered to facilitate the expansion of
charging infrastructure across Europe. Siemens will use Monta’s Charge Point
Management System to manage its own fleet and charging points, as well
as to serve customers with a fully-fledged solution for EV charging at work, in
public and at home, enabling high availability.
- Industry-defining digital twin for machine tool processing available in an end-to-end offering on the Siemens Xcelerator Marketplace
- Virtual machine and virtual CNC simulate milling of virtual part
- Efficiency gains include up to 40 percent faster ramp-up time
- Siemens and DMG MORI partnership underscores power of ecosystems
- Milestone marks another step toward industrial metaverse
Siemens AG and DMG MORI, global leaders in
automation and precision machine tools, are offering an industry-defining
digital twin for machine tool processing on the Siemens Xcelerator Marketplace.
Based on the Digital Native CNC (Computerized Numerical Control) Sinumerik One, this
offering encompasses a digital twin of the control system, the machine tool and
the workpiece, enabling breakthrough improvements in sustainability,
flexibility and time-to-market. CNC SINUMERIK ONE is the leading-edge control
system responsible for machining with machine tools.
- Digital twin of the machine, the workpiece, and the controller available in an end-to-end offering on Siemens Xcelerator Marketplace
- Siemens underscores its technology leadership in combining the real world with the digital world
- Less scrap and avoidance of machine damage
- Up to 40 percent faster production ramp-up of the machine
The technology company
Siemens, an innovation leader in automation and digitalization, and DMG MORI, a
leading global supplier of cutting-edge machine tools for turning, milling, and
grinding as well as for additive manufacturing, are presenting the first end-to-end
digital twin for machine tool machining on Siemens Xcelerator. Based on the
Digital Native CNC Sinumerik One, the offering includes the digital twin of the
controller, the customer-specific DMG MORI machine tool, and the workpiece and
is available now on Siemens Xcelerator Marketplace.
Under the motto "Accelerate transformation for a sustainable tomorrow", Siemens will be presenting at this year's EMO how companies in the machine tool industry can master current challenges, such as the increasing need for energy efficiency and sustainability, while at the same time meeting the demand for high-quality, affordable, and individualized products.
The key to meeting these challenges - building on automation - lies in digitalization and the resulting data transparency. Only a digital enterprise is able to connect the real world with the digital world and make the right decisions using smart software tools in order to produce flexibly, quickly and sustainably.
You can experience the Siemens solutions and meet with the experts in
person at the EMO exhibition booth (Hall 9, G54) in Hannover.
- 106 new trains delivered on schedule and in passenger service
- New trains offer a high level of comfort, state-of-the-art passenger information and cameras for greater security
- Ceremonial delivery of last train of the new 483/484 series to enter service
The new Berlin S-Bahn fleet has been completed today: all 106 trains of
the new series are now in service. The trains, equipped with air conditioning, state-of-the-art
passenger information systems and cameras for greater security, offer passengers a new level of
comfort and convenience. The new fleet also increases the transport capacity in parts of the
city’s S-Bahn network, thus expanding services. In the course of replacing the older trains, the
number of cars per train was also increased. For customers, this has specific benefits: longer
trains operate on the Ring lines S41/S42 as well as the S8 line, and the S8 line is extended to
Wildau during peak hours. The new S-Bahn fleet now offers a total of around 18,000 seats. The
new trains have entered service successively since the beginning of 2021, and have been
operating on lines S41, S42, S46, S47 and S8 since then.
- Mireo Plus H hydrogen train reduces CO2
emissions on routes around Augsburg
- Passenger service starts in mid-2024
Siemens Mobility has
completed the first test runs with the Mireo Plus H hydrogen-powered train in
Bavaria. The two-car trainset will enter passenger service in mid-2024 on
routes between Augsburg and Füssen and Augsburg and Peissenberg on the rail
network of Bayerische Regiobahn (BRB). Pilot operations of the train are
planned for 30 months and are supported by the State of Bavaria. Siemens
Mobility and Bavaria signed the corresponding development partnership in 2021.