Siemens is a global leader in industrial automation, energy management, and digitalization technologies, supporting industries such as manufacturing, infrastructure, and healthcare. Siemens provides cutting-edge solutions like IoT platforms, smart grids, and AI-powered systems that drive efficiency, sustainability, and innovation. The company’s expertise in smart factories, renewable energy, and electrification has established it as a key player in global digital transformation efforts, addressing complex industrial challenges worldwide.
Siemens introduces a local analytics solution for condition monitoring of industrial drive systems, enabling AI-based diagnostics while meeting data sovereignty and low-latency requirements.
Siemens Smart Infrastructure introduces the SIRIUS 3RQ4 series with bio-based housings developed together with Envalior for sustainable industrial applications.
Autonomous system orchestrates semiconductor, 3D IC, and PCB design workflows, integrating simulation, verification, and manufacturing processes within a unified AI-driven framework.
New compact controller doubles logic capacity, expands I/O scalability, and adds touchscreen operation for building and industrial automation applications.
The new software connects real-time operational data with high-fidelity digital twins, enabling virtual validation of products, production systems, and facilities before physical implementation.
Siemens’ Gridscale X leverages prosumer flexibility to prevent bottlenecks, increases grid capacity by 20%, reduces investment costs by 40%, and was developed with leading European utilities.
Unveiled at SPS, the latest TIA Portal version enhances engineering workflows, integrates IT/OT, enables Git-based automation, and increases plant availability through redundant SCADA systems.
New SIPANEL control panels, engineered in Wendell, N.C., feature Digital Twin design, ISO9000 and UL508A certification, faster delivery, and retrofit flexibility.
Up to 80 percent of the machine simulation and digital twin can be constructed using pre-configured, standard function blocks, resulting in shorter implementation and commissioning times, as well a reduction in development costs.