Siemens Energy Innovation Conference 2026

In this thought-provoking deep dive, we’ll explore groundbreaking innovations that unlock the potential of natural gas as a clean, CO2-free energy source. Learn how cutting-edge technologies and global collaboration are breaking barriers to accelerate the transition to a net-zero future. Join us to discover how innovation without borders is redefining energy and shaping a sustainable tomorrow.

Step into the future of energy with Medium Voltage DC (MVDC) grids—an innovative solution driving efficiency, scalability, and seamless renewable integration. This session explores how MVDC is redefining power distribution and breaking traditional boundaries, while also diving into real-world use cases. Together, we will look into the pathways to move MVDC from vision to implementation—accelerating progress toward resilient, net-zero energy systems. Don’t miss this deep dive into technology and transformation!

What if CO2 and water could fuel a revolution in sustainable production? In this exciting deep dive, explore the cutting-edge innovation behind producing green ethylene — a vital material for countless industries — from nothing more than carbon dioxide and water. Discover how this breakthrough technology is turning emissions into opportunities, reshaping supply chains, and accelerating the journey to a net-zero future. Join us to uncover how innovation without borders is redefining what’s possible for a sustainable, circular economy.

Explore how Medium Voltage DC (MVDC) grids, driven by advanced power electronics, are transforming energy systems with greater efficiency, scalability, and renewable integration. Discover innovative technologies and real-world applications paving the way to resilient, net-zero energy solutions.

Long-Duration Energy Storage (LDES) is key to building resilient, carbon-free grids. This session explores how technologies like Compressed Air Energy Storage (CAES) and Redox Flow Batteries can unlock 24/7 renewable energy. Join us to discover how LDES innovations are driving the transition to a sustainable, net-zero future.

Power the future of energy systems with intelligence, transforming assets into autonomous, orchestrated systems delivering outcomes that set new horizons for performance and adaptability. Discover how intelligent assets can provide: a. elevated & evolved maintenance & operations, b. synchronized & system-wide performance , c. proactive & agile lifecycle services, d. trusted & adaptive future-fit operations. Innovation without limits starts here, where assets evolve into intelligent networks powering the industries of tomorrow.

Power-to-Heat is redefining industrial heating by turning renewable electricity into clean thermal energy. This technology offers a powerful alternative to fossil-based systems, enabling industries to slash emissions, boost efficiency, and gain flexibility in their operations. In this deep dive, we’ll uncover how Power-to-Heat in general and breakthrough technologies currently in development by Siemens Energy (e.g. the "inductive heater") is driving the transition to sustainable production, explore its real-world applications, and discuss why it’s a game-changer for achieving net-zero goals. Innovation without borders starts here, don’t miss the chance to see how electrification can transform the future of industry.

Join expert-led tours at the ICB and connect with colleagues as we shape tomorrow’s energy solutions. Our Innovation Centers are hubs for co-creating breakthroughs in hydrogen, digital grids, and energy storage. With advanced tools and rapid prototyping, we’re driving the energy transition, faster and smarter.

What if the key to a net-zero future lies in the very air we breathe? Dive into the revolutionary world of CO2 capture, where cutting-edge technology extracts carbon directly from the atmosphere, either for permanent removal or to create sustainable e-Fuels. Discover how this game-changing innovation is turning a global challenge into a powerful solution, enabling a circular carbon economy and reshaping energy systems. Join us to explore how capturing CO2 from the sky is fueling a cleaner, greener future without limits.

Laser fusion offers a unique path from scientific breakthrough to industrial energy system. In this session, Marvel Fusion presents its technology and roadmap and explores how, together with Siemens Energy, we are translating fusion from a physics breakthrough into a power-plant concept ready for the grid.

How can data centers lead the charge toward a net-zero future? In this session, we’ll explore innovative, integrated solutions for 24/7 Carbon-Free Energy (CFE). Discover cutting-edge strategies and technologies driving sustainable, round-the-clock energy systems.  According to estimates from industry organizations, the scale of China’s data center industry has achieved an average annual growth rate of nearly 30% over the past five years, making it one of the fastest-growing energy-consuming sectors in the country. Amid the broader context of energy conservation and carbon reduction, constructing green and low-carbon data centers has become a mandatory requirement across various regions. This report will focus on the driving forces behind data centers’ transition to green and low-carbon operations, the energy-saving and carbon-reduction pathways for data centers within national hub nodes, green power aggregation models to increase the proportion of green electricity consumption, the flexible control of computing and electrical loads, and the synergy between computing and power systems in data centers. Join us to uncover how bold innovation and collaboration are shaping a cleaner, greener digital world.

Energy is no longer just consumed, it’s optimized, predicted, and orchestrated intelligently. By combining AI, advanced analytics, and automation, Intelligent Energy Management transforms how industries monitor, control, and utilize energy, driving efficiency and sustainability at every level. Discover how smart systems enable real-time insights, adaptive control, and seamless integration with renewables, reducing costs and emissions while accelerating the path to net-zero. Innovation without borders starts here,where intelligence powers a cleaner, smarter future.

Step into the future of energy with Medium Voltage DC (MVDC) grids—an innovative solution driving efficiency, scalability, and seamless renewable integration. This session explores how MVDC is redefining power distribution and breaking traditional boundaries, while also diving into real-world use cases. Together, we will look into the pathways to move MVDC from vision to implementation—accelerating progress toward resilient, net-zero energy systems. Don’t miss this deep dive into technology and transformation!

Join expert-led tours at the ICB and connect with colleagues as we shape tomorrow’s energy solutions. Our Innovation Centers are hubs for co-creating breakthroughs in hydrogen, digital grids, and energy storage. With advanced tools and rapid prototyping, we’re driving the energy transition, faster and smarter.

This is a fully automated, standardized, trustworthy, and secure carbon footprint digital platform. For discrete industry, we offer an accurate matching of carbon emissions data for supply chain raw materials.

How can the steel industry turn ultra-high temperatures (>800°C) into an opportunity for sustainability? Join this session to explore innovative solutions for heat recovery, storage, and reuse, driving cleaner, more efficient steel production on the path to a net-zero future.

How can data centers lead the charge toward a net-zero future? In this session, we’ll explore innovative, integrated solutions for 24/7 Carbon-Free Energy (CFE). Discover cutting-edge strategies and technologies driving sustainable, round-the-clock energy systems.  According to estimates from industry organizations, the scale of China's data center industry has achieved an average annual growth rate of nearly 30% over the past five years, making it one of the fastest-growing energy-consuming sectors in the country. Amid the broader context of energy conservation and carbon reduction, constructing green and low-carbon data centers has become a mandatory requirement across various regions. This report will focus on the driving forces behind data centers' transition to green and low-carbon operations, the energy-saving and carbon-reduction pathways for data centers within national hub nodes, green power aggregation models to increase the proportion of green electricity consumption, the flexible control of computing and electrical loads, and the synergy between computing and power systems in data centers. Join us to uncover how bold innovation and collaboration are shaping a cleaner, greener digital world.

Siemens Energy, through its Innovation Center Orlando and close partnership with the Charlotte, North Carolina Additive Manufacturing team, is pioneering large electric heaters that convert electricity into high-efficiency, zero-carbon thermal energy for industrial processes and long-duration energy storage, with successful demonstrator tests validating performance for both gases and liquids. Siemens Energy is launching pilot projects—including a large-scale molten salt heater in Sanford, Florida—and aims to deliver the most powerful, cost-effective, and compact e-heater on the market, positioning itself at the forefront of decarbonizing industrial heat and enabling the conversion of coal plants to energy storage facilities worldwide.

Explore how Medium Voltage DC (MVDC) grids, driven by advanced power electronics, are transforming energy systems with greater efficiency, scalability, and renewable integration. Discover innovative technologies and real-world applications paving the way to resilient, net-zero energy solutions.

Join expert-led tours at the ICB and connect with colleagues as we shape tomorrow’s energy solutions. Our Innovation Centers are hubs for co-creating breakthroughs in hydrogen, digital grids, and energy storage. With advanced tools and rapid prototyping, we’re driving the energy transition, faster and smarter.