en.Wedoany.com Reported - Germany's latest round of hydrogen freight subsidy programs shows a clear supply-demand mismatch: the project fund stands at €220 million, yet 526 applications were received, with total requested amounts reaching €455 million—71 involving hydrogen refueling stations and 455 involving vehicles or fleets. On the surface, this reflects pent-up commercial demand, but the subsidy terms reveal that application enthusiasm stems more from the subsidy mechanism itself than from genuine freight demand in a subsidy-free environment.
Under the project rules, subsidies can cover up to 50% of eligible investment costs for hydrogen refueling stations and up to 80% of the additional costs of hydrogen trucks relative to conventional vehicles. Applications combining refueling stations with fleets receive priority, with subsidized vehicles only required to cover 10% of a station's daily capacity. Applications generated under such conditions only demonstrate that companies possess the willingness to obtain subsidies—they are not yet sufficient evidence that freight operators would purchase hydrogen trucks at their own expense, pay for hydrogen fuel, and sustain long-term station operations.
This transport project is not an isolated experiment but a continuation of a long-term endeavor: finding a future for Germany's gas institutions, infrastructure, and industrial community after the collapse of Russian gas supplies. TFIE Strategy's strategic briefing analysis traces the continuity from the Nord Stream-era infrastructure and institutions to current hydrogen policy.
During the 2022 energy crisis, Russia's Gazprom Germania was placed under trusteeship, renamed Securing Energy for Europe (SEFE), and transferred to federal ownership. At the time, the company held significant trading, storage, and infrastructure assets, and stabilizing it was necessary—but subsequent handling did not stop at stabilization. In 2024, SEFE acquired the remaining 50.02% stake in WIGA, parent company of pipeline operators GASCADE and NEL, describing this in reports as part of its growth strategy. Pipelines under WIGA account for approximately 20% of Germany's hydrogen core network and will enter the regulated asset base, generating regulated returns. This means Germany not only nationalized the German subsidiary of former Gazprom but also added a regulated pipeline portfolio and hydrogen mandate to it, with assets potentially generating value for decades to come.
Repurposing some natural gas infrastructure is reasonable, but Germany's current approach does not fully align with this logic. GASCADE has converted approximately 400 kilometers of natural gas pipelines between the Baltic coast and Saxony-Anhalt into hydrogen transmission pipelines, including the OPAL North onshore pipeline system originally used to transport Nord Stream 1 gas southward from Lubmin. Where industrial demand is concentrated and scale is appropriate, converted pipelines can be cheaper than building new hydrogen pipelines.
The problem lies in sequencing and scale. Conventional infrastructure development first establishes credible supply-demand relationships, then builds corresponding capacity; Germany's hydrogen system builds infrastructure first, then uses policy to manufacture supply and demand. Once oversized pipelines are converted, incorporated into national strategy, and placed within the regulated asset base, empty pipes become justification for continued subsidies: electrolyzers need subsidies because pipelines need supply; industrial conversion needs subsidies because pipelines need customers; trucks and refueling stations need subsidies because hydrogen needs visible demand beyond industry. GASCADE's backbone pipelines, up to 1.5 meters in diameter, were designed for a full hydrogen economy scale, not merely for industrial feedstock demand. The sunk costs of Russian natural gas pipelines have thus been transformed into sunk costs of oversized hydrogen pipelines. Policy becomes self-justifying under this mechanism: infrastructure built on forecasts creates pressure to fulfill those forecasts through subsidies.
The German term "institutioneller Filz" partially describes this problem. Filz originally means felt—a dense, difficult-to-tear fiber mat; in political and business contexts, it refers to a self-perpetuating network of officials, institutions, and commercial interests intertwined. Within this network, pipeline companies keep pipelines, regulated utilities expand asset bases, fuel suppliers gain new markets, manufacturers receive subsidies, and customers do not buy without subsidies; research institutions maintain projects, government departments retain strategies, and politicians preserve industrial narratives.
Transport is the field where evidence is hardest to avoid. In multiple regional assessments, hydrogen refueling utilization rates and financial performance have failed to meet targets—the same holds true globally; low-throughput refueling stations cannot recover fixed construction, maintenance, and operating costs. Subsidies can build stations but cannot change the economics of low throughput. Battery-electric trucks are shifting the comparative landscape. In 2025, economic advisors in France and Germany recommended prioritizing battery trucks, focusing on depot charging, megawatt charging, and direct electrification, rather than treating hydrogen as an equivalent freight pathway. Germany's plan to invest €1 billion over four years in heavy-truck charging infrastructure shows it has not ignored electric freight; yet policy treatment remains asymmetric: battery trucks receive charging system support, while hydrogen receives refueling station support plus subsidies of up to 80% of additional truck purchase costs.
The "denominator" for evaluating Germany's hydrogen strategy should not be application numbers, built refueling stations, pipeline conversion mileage, or committed funds, but rather commercially produced low-carbon hydrogen, contracted demand volumes, pipeline throughput, daily refueling volumes, per-kilometer delivery costs, and repeat purchases after subsidies end. These metrics have not yet materialized.
Germany will still need low-carbon hydrogen as feedstock for ammonia, chemical products, and specific industrial processes, and some converted pipelines may prove valuable; SEFE's nationalization was justified by the energy emergency. But these needs do not necessarily require building a national hydrogen economy large enough to preserve every pipeline, every gas industry institution, and every demand forecast from the hydrogen optimism era. Germany needs a portion of hydrogen—but it does not need to rebuild the gas economy around hydrogen.
