SciTransfer
Organization

SIEMENS ENERGY GLOBAL GMBH & CO. KG

Global power technology giant specializing in hydrogen-ready gas turbines, flexible thermal power, and industrial-scale decarbonization demonstrations.

Large industrial companyenergyDE
H2020 projects
10
As coordinator
1
Total EC funding
€10.6M
Unique partners
215
What they do

Their core work

Siemens Energy is a major global power technology company headquartered in Munich, specializing in gas turbines, power plant systems, and energy infrastructure. Within H2020, they focus on making conventional thermal power plants flexible enough to support renewable energy integration — through hydrogen combustion, grid flexibility services, and advanced turbomachinery. They bring heavy industrial engineering capability to consortia, particularly in demonstrating hydrogen-ready power generation and supercritical CO2 cycles at operational scale.

Core expertise

What they specialise in

Hydrogen-ready power generationprimary
4 projects

Core contributor in HYFLEXPOWER (coordinator, largest budget), H2Future, EcoFuel, and TURBO-REFLEX — spanning electrolysis, hydrogen combustion, and fuel flexibility.

Flexible thermal power and grid servicesprimary
3 projects

EU-SysFlex (flexibility services, market design), TURBO-REFLEX (retrofittable backup generation), and HYFLEXPOWER (load levelling, carbon-free backup).

Advanced turbomachinery and aeromechanicssecondary
3 projects

ARIAS (flutter, forced response, aeroelasticity), TURBO-REFLEX (robust turbomachinery design), and CO2OLHEAT (sCO2 turbomachinery demonstration).

Offshore HVDC transmission systemssecondary
1 project

PROMOTION project focused on meshed HVDC grids, circuit breakers, protection systems, and diode rectifier converters for North Sea wind power.

CO2 utilization and renewable fuelsemerging
2 projects

CO2EXIDE (CO2-based electrosynthesis) and EcoFuel (renewable electricity-based fuel production via DAC and electro-catalytic conversion).

1 project

CO2OLHEAT demonstrates sCO2 power cycles for industrial waste heat valorization in cement, glass, and aluminum sectors.

Evolution & trajectory

How they've shifted over time

Early focus
Grid infrastructure and electrification
Recent focus
Hydrogen power and decarbonization

Early projects (2016–2018) concentrated on electrical infrastructure — offshore HVDC grids, grid regulation, and the initial steps into hydrogen via steel and fertilizer industry applications. From 2020 onward, the focus shifted decisively toward hydrogen combustion, power-to-X-to-power systems, renewable fuel production, and advanced thermal cycles like supercritical CO2. The trajectory is clear: Siemens Energy moved from grid hardware and conventional power optimization toward decarbonized, hydrogen-fueled power generation and carbon-free thermal systems.

Siemens Energy is positioning itself as the go-to industrial partner for demonstrating hydrogen-fired gas turbines and carbon-free thermal power at full scale — expect continued focus on power-to-X and green fuel integration.

Collaboration profile

How they like to work

Role: active_partnerReach: European25 countries collaborated

Primarily a participant (9 of 10 projects), but their single coordinator role — HYFLEXPOWER, with €4.5M in EC funding — was their largest and most strategically important project. They operate in large consortia (215 unique partners across 25 countries), acting as the heavyweight industrial partner that brings real turbines, power plants, and demonstration infrastructure. This is a partner you bring in when you need industrial-scale validation, not paper studies.

Extensive European network spanning 215 unique partners across 25 countries, reflecting their role as a large industrial anchor in broad, multi-national consortia. Strong connections across Western and Northern Europe, consistent with energy infrastructure and offshore wind project geographies.

Why partner with them

What sets them apart

Siemens Energy is one of the few organizations that can take a hydrogen power concept from lab-scale electrolysis all the way to a full-size gas turbine demonstration — they own the turbines, operate the plants, and have the engineering depth to retrofit existing infrastructure. Their HYFLEXPOWER project is a landmark: the world's first integrated power-to-X-to-power demonstration on an industrial gas turbine. For consortium builders, they offer something rare — a partner who can actually build and test the hardware, not just model it.

Notable projects

Highlights from their portfolio

  • HYFLEXPOWER
    Siemens Energy's only coordinator role and largest project (€4.5M EC funding) — first-of-its-kind integrated demonstration of hydrogen combustion in an industrial gas turbine for carbon-free power.
  • CO2OLHEAT
    Second-largest funding (€2.4M) — demonstrates supercritical CO2 power cycles for waste heat recovery in heavy industry (cement, glass, aluminum), signaling a new technology direction.
  • EU-SysFlex
    Pan-European flexibility study across electricity markets and regulation — shows Siemens Energy's engagement beyond hardware into energy system design and policy.
Cross-sector capabilities
Manufacturing — waste heat recovery and industrial process optimizationTransport — aeromechanics and turbomachinery expertise applicable to aerospaceEnvironment — CO2 capture, utilization, and emissions reduction technologiesDigital — data analytics, condition-based monitoring, and AI for manufacturing
Analysis note: Siemens Energy Global GmbH & Co. KG was established as a separate entity from Siemens AG in 2020. Earlier projects (2016-2018) may have been initiated under the Siemens AG umbrella before the energy division spin-off, which could affect continuity assumptions.