GENERAL ELECTRIC (SWITZERLAND) GMBH

Their core work

GE Switzerland (based in Baden, historically the hub of GE Power / former Alstom Power) specializes in gas turbine engineering, combined-cycle power plant optimization, and turbomachinery components for the energy sector. Their H2020 work focuses on making fossil power plants flexible enough to complement intermittent renewables — covering turbine blade design, combustor performance, load ramping, and condition-based monitoring. They contribute deep industrial expertise in turbine lifecycle management, materials science, and power plant control systems to European research consortia. The company also brings experience in concentrated solar power and energy storage technologies.

What they specialise in

How they've shifted over time

In the early period (2015-2016), GE Switzerland engaged in a broader range of energy topics including concentrated solar power, molten salt storage, dispatch optimization, and weather forecasting for solar plants (PreFlexMS). By the later period (2016-2017 onwards), their focus narrowed sharply toward fossil power plant flexibility — turbine blade lifecycle, aero-elastic response, flutter, sealing, bearings, CCGT optimization, and grid stability through turbomachinery retrofits. This shift mirrors the European energy transition debate: as renewables grew, the industrial priority moved to making existing gas and steam turbines flexible enough to serve as reliable backup generation.

GE Switzerland is moving toward AI-enhanced turbomachinery and retrofit solutions that keep existing power plants viable as flexible backup in a renewables-dominated grid.

How they like to work

GE Switzerland exclusively participates as a partner or third party — they have never coordinated an H2020 project, which is typical for large industrial companies that contribute proprietary expertise and test infrastructure rather than managing academic consortia. With 116 unique partners across 22 countries, they operate as a broadly connected hub rather than sticking to a small circle of repeat collaborators. Their role is that of the industrial end-user who validates research outputs against real-world turbine and power plant requirements.

An extensive network spanning 116 partners across 22 countries, reflecting GE's position as a major industrial player that European research consortia seek out for real-world validation. The geographic spread is pan-European with no obvious regional concentration.

What sets them apart

GE Switzerland brings something most academic partners cannot: access to real gas turbine hardware, operational power plant data, and the engineering teams that design commercial turbomachinery. Their Baden facility is one of Europe's most important centers for gas turbine development, giving consortium partners a direct path from research to industrial application. For anyone building a project on power plant flexibility, turbine components, or energy system integration, GE Switzerland offers the industrial credibility and testing capability that reviewers and end-users demand.

Highlights from their portfolio

• TURBO-REFLEX
  Their largest funded project (EUR 519,000), directly targeting retrofittable turbomachinery solutions for flexible backup power — the core of their strategic direction.
• FLEXTURBINE
  Participated both as direct partner and third party, indicating deep involvement in this flagship project on flexible fossil power plant turbine technologies.
• MAGISTER
  Their most recent project (2017-2021) applies machine learning to gas turbine combustors — signals a move toward AI-driven turbine optimization.