Executive Summary
Over the last 2 weeks we have seen Germany progressing 2 hydrogen-ready gas generation projects, aimed at safeguarding energy security as the EU accelerates the termination of Russian gas supplies. Two flagship German projects, Uniper’s hydrogen-capable combined cycle gas turbine (CCGT) at Staudinger in Hesse and Onyx Power’s H2-ready gas turbine plant at the Zolling Energy Park in Bavaria, illustrate how dispatchable power and hydrogen conversion pathways are becoming central to energy resilience. Together, these developments signal substantial opportunities for engineering employment, construction activity and long-term operational roles across the European power sector. [uniper.energy], [onyx-power.com]
Detailed Analysis
Hydrogen-Ready Dispatchable Power at Staudinger
Uniper has reached a significant milestone after securing preliminary regulatory approval for a new hydrogen-ready CCGT unit at its Staudinger power station in Grosskrotzenburg, Hesse. The proposed plant, with a planned electrical capacity of up to 890 MW, is designed to operate initially on natural gas while being technically capable of transitioning to hydrogen in the future.
The approval, issued by the Darmstadt Regional Authority, resolves key environmental, planning and feasibility questions early in the process. This provides Uniper with the planning certainty needed to progress towards full permitting, with partial permit applications expected from late 2026 and construction approval targeted for 2027.
From an engineering employment perspective, the project is highly significant. Large-scale CCGT developments typically generate hundreds of roles during the design and construction phases, including civil, mechanical, electrical and control engineers, project managers, environmental specialists and skilled trades. Long-term, the facility will sustain operational and maintenance jobs while also supporting specialist hydrogen integration roles as fuel switching progresses.
Strategically, the Staudinger project supports Germany’s and the wider EU’s objective of reducing reliance on imported Russian gas by ensuring flexible, dispatchable capacity that can complement intermittent renewable generation. Hydrogen readiness provides a future-proofing element, allowing infrastructure built today to align with decarbonisation targets without stranding assets.
Bavaria Backs Onyx Power’s H2-Ready Gas Turbine Plant
In parallel, the Bavarian state government has formally pledged support for Onyx Power’s plans to construct an H2-ready gas turbine power plant at the Zolling Energy Park. The backing was confirmed through a signed Letter of Intent between the Bavarian Ministry of Economic Affairs and Energy and Onyx Power, signalling strong political alignment with hydrogen-capable infrastructure.
The planned facility, expected to be in the region of 800 MW, will play a critical role in stabilising electricity supply in southern Germany, particularly during periods of low wind and solar output. With Bavaria having exited nuclear power and reducing coal generation, gas-fired plants are increasingly viewed as essential for maintaining grid reliability.
For engineering professionals, the Zolling project represents another wave of employment across feasibility studies, front-end engineering design, procurement, construction and commissioning. The hydrogen-ready specification further expands demand for expertise in combustion systems, materials engineering, safety systems and future hydrogen handling infrastructure.
Importantly, the project is expected to participate in capacity auctions under Germany’s Electricity Supply Security and Capacity Act, creating longer-term revenue certainty. This improves the investment case for new build power stations and, by extension, the stability of engineering and technical employment linked to these assets.
Reducing Dependence on Russian Gas Through Hydrogen Pathways
Taken together, the Uniper and Onyx Power projects demonstrate how hydrogen-ready gas plants can act as a bridge between today’s energy needs and tomorrow’s low-carbon system. While natural gas remains part of the short-term solution, the ability to convert to hydrogen reduces long-term exposure to geopolitically sensitive fuel imports, including Russian gas.
For the EU, this approach supports compliance with gas termination deadlines without compromising grid stability. For the workforce, it creates continuity, allowing existing power generation skills to evolve rather than disappear, while also opening pathways into hydrogen-specialist roles.
What This Means
For job seekers, these developments underline the resilience of engineering careers in the power sector, even amid decarbonisation. Skills in thermal generation, grid integration and large infrastructure delivery remain in demand, with hydrogen adding a new layer of specialisation rather than replacing existing roles.
Employers and contractors can expect increased competition for experienced engineers, particularly those with hybrid expertise across gas, hydrogen and renewables. For the wider economy, the projects reinforce Germany’s position as a hub for advanced energy infrastructure, supporting supply chains and regional employment while strengthening EU energy sovereignty.
To Learn More
For further reading on hydrogen, energy security and engineering employment, similar sector coverage can be found on Sustina, including articles focused on hydrogen infrastructure and power sector jobs:
Source Material
- Uniper Energy News, Key Step Toward New Dispatchable Power Generation Capacity: Preliminary Approval for CCGT Plant at Staudinger, Uniper Kraftwerke GmbH, April 2026. Available at: https://www.uniper.energy/news/key-step-toward-new-dispatchable-power-generation-capacity-preliminary-approval-for-ccgt-plant-at-staudinger [uniper.energy]
- Onyx Power Press Release, Bavarian State Government Pledges Support for Onyx Power to Build an H2 Ready Gas Turbine Power Plant, Onyx Power, May 2026. Available at: https://www.onyx-power.com/en/news-and-press/bavarian-state-government-pledges-support-for-onyx-power-to-build-an-h2-ready-gas-turbine-power-plant/ [onyx-power.com]
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