Russelectric, a Siemens Business, introduces control system upgrades to modernize critical power infrastructure, extend equipment life, and improve operational visibility.

This collaboration combines fuel cell technology and electrical infrastructure to accelerate deployment of distributed energy systems for data centers and industrial applications.

This new solution combines modern information technology with classic automation and now offers full support for the current industrial control generation Simatic S7-1200 G2.

Siemens' industrial artificial intelligence evolves to integrate electrical design and automation, significantly improving operational efficiency in complex engineering projects.

FFT Produktionssysteme and Siemens implement end-to-end IT/OT integration to connect manufacturing data with cloud algorithms without complex middleware.

The added features permit electrical and mechanical engineers to work concurrently within a shared 3D context, facilitating interdisciplinary collaboration and decreasing late-stage design modifications.

To expand its local production model, Haddy adopted Siemens Xcelerator to integrate product data, robotic kinematics, and circular material strategies.

Siemens and Duke Energy collaborate to implement a 1.25-megawatt microgrid at the Wendell facility to enhance operational resilience and support regional distribution.

Siemens-owned Russelectric develops bypass/isolation transfer switches to support continuous power delivery and maintenance flexibility in data centers and critical infrastructure systems.

Siemens introduces low-voltage DC protection and switching solutions to support data centers, industrial systems, and renewable energy integration.