Logra una transformación de infraestructura sin interrupciones con tecnología digital. Mejora la eficiencia en edificios, electrificación, redes y movilidad. Aprovecha soluciones sostenibles que optimicen el rendimiento, reduzcan las emisiones e innoven el transporte para todos.
Autonomous infrastructure uses real-time data to manage performance and optimize outcomes without constant manual control. While it scales differently across buildings, mobility and grids, the principle remains the same: sense, decide and act. Explore how this works across three domains:
Human-centric autonomous buildings learn individual preferences to create personalized environments with minimal human intervention. AI predicts maintenance, optimizes comfort and improves operational performance and ROI.
Autonomous grids use AI, real-time data and digital twins to optimize grid planning and operations. They help utilities manage rising demand, renewable integration, electrification and grid complexity more efficiently.
Autonomous rail enables networks to manage themselves with minimal human intervention. It uses digital technologies and automation to improve safety, reliability, capacity and passenger experience while lowering costs.
We are moving beyond simple connectivity to create infrastructure that senses, learns, predicts and acts. By integrating our technologies, we help buildings, grids and rail become intelligent, self-optimizing systems that improve efficiency, resilience and sustainability.
Con el rápido aumento de la urbanización, los sistemas tradicionales no pueden escalar. Estamos evolucionando la infraestructura hacia entornos cognitivos y autorregulados que de forma independiente intuyen y anticipan las necesidades del usuario para gestionar este cambio global.
Con Building X, las instalaciones van más allá de la supervisión manual para lograr hasta un 30 % de ahorro de energía. La IA industrial automatiza el control térmico y la distribución de energía aprendiendo los patrones de ocupación y ajustando en tiempo real.
With Gridscale X, utilities can unlock hidden capacity in existing grids, accelerate renewable integration and connect new loads – without building new lines.
La infraestructura autónoma requiere un ciclo de vida circular. La plataforma Mireo logra una tasa de reciclaje del 95 % a través del diseño modular y la impresión 3D, lo que garantiza que la infraestructura permanezca en un bucle continuo y autosostenible.
Autonomous infrastructure is adopted over time. As buildings, grids and rail become more connected, they gain the ability to monitor, learn, predict and optimize operations. These ten steps provide a practical framework for understanding the journey toward autonomy.
Every organization starts in a different place. Whether you’re modernizing buildings, power grids or rail networks, we help you build on your existing infrastructure and move forward at a pace that fits your business.
Get started with our 10-step guide.
Autonomous infrastructure is about helping people make better decisions. Meet the managers and operators using AI, automation and connected data to run buildings, power grids and rail networks more efficiently every day.
From firefighting to forward planning. Autonomous buildings help facility managers move from reacting to anticipating. By predicting maintenance needs and highlighting the most critical issues, they reduce manual work and help teams make faster decisions. That means fewer surprises, smoother operations and more time to focus on improving the building instead of troubleshooting it.
From reacting to anticipating. Autonomous grids help the grid operator stay one step ahead. By predicting disruptions and optimizing operations, they improve reliability, keep power flowing and make it easier to integrate cleaner energy. Operators gain greater visibility, make faster decisions and keep the grid running more reliably, even as conditions change.
From managing schedules to optimizing journeys. Autonomous rail helps the rail operations manager keep the trains running smoothly. By predicting disruptions and optimizing operations, it improves capacity, punctuality and energy efficiency. The rush hour passes with more reliable service, giving passengers greater confidence in the network.
En los sectores de la fabricación, la energía, la construcción y el mantenimiento, la IA industrial de Siemens está generando resultados medibles en rendimiento, eficiencia, costo y tiempo de actividad. Estos son sistemas implementados, en instalaciones operativas, con resultados que se pueden contar.
Case study
Siemens y COIMA transforman el Pirelli 35 de Milán, de 65 años, para convertirlo en un edificio cognitivo e independiente de la energía, reduciendo el uso de energía en un 60 % a través de controles ambientales impulsados por IA.
Case study
Mejorando la eficiencia de la red y el ferrocarril a través de software automatizado. Siemens proporciona a DB Energie las herramientas de IA para mejorar la transmisión, lo que permite que la red ferroviaria responda dinámicamente a las oscilaciones de energía renovable.
Case study
Siemens and Elvia use Gridscale X to create a Digital Twin of Norway's low-voltage grid. By turning existing data into real-time insights, Elvia increases grid capacity, improves reliability and accelerates the energy transition.
Article
A medida que crece la volatilidad climática, las microrredes autónomas proporcionan la IA localizada necesaria para mantener la estabilidad de energía cuando falla la red eléctrica principal.
Article
La descarbonización de una cartera de bienes raíces requiere un cambio hacia activos autosuficientes. Esta hoja de ruta explora cómo la integración de tecnologías inteligentes permite a los edificios administrar el balance de CO2 y automatizar la reducción de energía.
Article
Vea cómo una microrred autónoma alimentada por energía solar administra su propia distribución para impulsar el crecimiento económico y reducir la pobreza.
Siemens combines the real and digital worlds across buildings, grids and transportation to meet growing demands. We link sensors and software to manage energy and transport networks. This shift toward autonomous operations drives efficiency and resilience across buildings, grids and transit.
Revoluciona la infraestructura con soluciones innovadoras. Explora nuestra cartera para mejorar la infraestructura urbana y la movilidad.
Our leading AI-native platform. Building X enables your facility to become a self-adjusting ecosystem, making real-time decisions to balance occupant comfort with radical energy efficiency.
This SaaS-led ecosystem enables DSOs and industrial customers to move toward dynamic grid management. Utilizing the Gridscale X framework, the grid becomes capable of balancing renewable volatility and EV demand spikes instantly.
Purpose-built for true system operations, Gridscale X connects grid planning and operations through a unified digital twin – helping utilities manage complexity at scale and make autonomous grids a reality.
The future of mobility is a self-healing fleet. Railigent X integrates AI-driven digital services to ensure rail networks operate with total reliability, identifying and solving potential failures before they impact the passenger.
Every journey, connected. Mobility Software Suite X links planning, operations and passenger services to optimize capacity and create a more seamless travel experience.
More capacity from every track. Signaling X brings rail signaling onto a cloud-ready platform for safer, more efficient and resilient operations.
Siemens Financial Services combines financing expertise with deep technology knowledge to help organizations modernize buildings, grids and rail while reducing risk and supporting long-term growth.
