H2 Core Systems uses digital engineering and automation tools to accelerate the development of modular hydrogen energy systems for autonomous and grid-independent applications.

Integrated digitalization and control systems enable scalable, low-carbon lithium production for Europe’s electric vehicle supply chain.

The Mitras factory in Santa Catarina, Mexico combines automation, digital monitoring and solar generation to reduce energy use by 40% and cut CO₂ emissions annually.

The innovative platform integrates eight renewable energy sites across Australia, enhancing operational efficiency and grid stability to support Global Power Generation’s ambitious three-gigawatt expansion goals.

This strategic partnership accelerates industrial scale-up of Sustainable Aviation Fuel (SAF), combining plasma-based synthesis gas production with advanced automation and digitalization technologies.

Soluna Holdings and Siemens are piloting a controlled, behind-the-meter power architecture to stabilize GPU-driven AI workloads directly at renewable energy sites.

Siemens equips IBC Energie Wasser Chur with smart fuses, sensors, and IoT analytics to improve low-voltage grid monitoring and operational efficiency.

Siemens advances its DEGREE sustainability targets with stronger decarbonization, expanded ecodesign coverage, enhanced learning programs, and reinforced ethical governance.

Siemens’ Infrastructure Transition Monitor 2025 shows energy leaders prioritizing AI, grid software and autonomous systems to enhance renewable integration and grid resilience.

Siemens survey of 1,400 executives reveals energy independence now prioritizes local production and AI-driven grid resilience over global climate cooperation ahead of COP30.