Siemens Infrastructure

🚀 The journey toward #AutonomousGrids is accelerating! At #DTECH2026 in San Diego, we’re showcasing powerful software and digital solutions that boost grid resilience and capacity, unlock real‑time insights, and help utilities meet rising demand with confidence. One highlight: a new fully virtualized protection system that eliminates extensive copper cabling, cutting costs and reducing carbon emissions by up to 50%. The future grid is smarter, greener, and autonomous — and it’s happening now.

Power grid data is everywhere—planning tools, asset systems, operations platforms. Yet too often, it lives in silos. The result? Planning cycles that take weeks, delayed maintenance decisions, and increased operational risk. Data alone doesn’t drive performance. Insights do. That’s where #digitaltransformation begins. Our grid software uses #DigitalTwin technology to unify fragmented grid data into a single, validated model—turning complexity into clarity. Utilities can simulate future scenarios, detect changes across the asset lifecycle, and enable secure collaboration across teams, all while reducing the time and effort required for grid analysis. At #DTECH2026, see how we are helping utilities move faster by transforming grid data into actionable intelligence.

How affordable is industrial #decarbonization? 48% of industrial executives say it’s too expensive to green their operations. And yet, forward-looking companies are pushing ahead, not because they have to, but because they see a strategic advantage. In a time of rising costs and growing climate pressure, the question is shifting: Is #sustainability still a cost – or is it already a competitive edge? Explore how industrial leaders are navigating this tension in our Infrastructure Transition Monitor 2025.

#AI is already managing parts of the power grid. The question isn't whether it works — it's how fast we can scale it. At the World Economic Forum in Davos, experts discussed where AI is creating real value in energy systems today and what's holding back wider adoption. The answer might surprise you. It's not the technology itself. In our latest Infrastructure Update, we explore three critical barriers to scaling AI in the #EnergyTransition, what needs to happen now to turn grids into intelligent, adaptive systems — and where AI is already making a difference today.

The global scaling of #BatteryProduction requires reliable processes, high transparency, and integrated infrastructure technologies. Our collaboration with AESC, a leader in high-performance #batteries for electric vehicles and energy storage, demonstrates how technology can generate real impact. Transparent energy analysis, optimized processes, and global standardization make production lines faster, more efficient, and more sustainable. 🔋 #FutureOfEnergy #BatteryManufacturing

Power grids weren’t designed for today’s surge in demand. EVs, renewables, #datacenters, and distributed energy resources are pushing infrastructure to its limits, often faster than traditional planning and investment cycles can respond. Modernization doesn’t have to mean massive rebuilds. We help utilities unlock hidden grid capacity, modernize incrementally, and optimize investments using advanced analytics, #AI, and #DigitalTwin technology. By running grids closer to their true limits and planning with confidence, operators can integrate new loads faster while maintaining reliability and compliance.

#WEF26: AI’s game-changing role in the energy sector – data infrastructure, foundational #AI models, and what it really takes to scale. Thomas Kiessling joined executives from Capgemini, EDP, and Kraken on a panel to examine AI deployment across utilities and grid infrastructure. #CleanEnergyDay #TransformTheEveryday

#WEF26: We are observing how rapidly the world is growing — and how urgently our infrastructure must evolve.

Does #AI help attackers or defenders more? That was the core question Prof. Dr. Alina Matyukhina explored at this year's World Economic Forum in Davos. Every transformative technology creates value and risk at the same time. What makes AI different is the speed, scale, and autonomy with which it operates. #ArtificialIntelligence is moving into factories, buildings, energy systems, and transport networks. The attack surface is larger, and consequences can be physical. But #AI is also one of our strongest defensive tools. It detects anomalies humans would never spot: unusual access patterns, energy changes, system deviations. These weak signals appear long before an incident becomes visible. That's how we move from reacting to attacks to anticipating them. What separates responsible use from dangerous use? Governance. #Cybersecurity cannot be bolted on later. It has to be embedded from the start—cybersecurity by design. We believe #IndustrialAI will be as transformative for this century as electricity was for the last. Our role is to bring AI into real-world environments and make it accessible. Without trust, AI cannot deliver its benefits at scale. #WEF26 Financial Times FT Live Andrew Hill Johnny Ayers Rick Haythornthwaite

Imagine you’re sitting on a plane. The doors close. The engines start. 🛫 Most of us don’t think about what happens next. We trust the systems keeping that aircraft in the air: redundant controls; constant monitoring; intelligence working quietly in the background. Now think about the digital services you rely on every day. Behind them are #DataCenters designed to stay “up” under all circumstances, too. And just like in aviation, trust doesn’t come from a single component. It comes from how everything works together. As our digital world grows more complex, keeping things running depends on hardware for sure, but also on smart systems that can see, decide, and respond in real time. Because whether it’s about safety in the sky or reliability online, trust should feel effortless. #TechnologyWithPurpose #WEF26