Germany’s Hydrogen Backbone Is Filling Up — What Paid Bookings Mean for the Baltics
Industrial users have reserved almost 6GW of capacity on Germany’s 9,000km hydrogen backbone on a paid basis — nearly double the May figure, with several offer zones already oversubscribed. We look at what that hard demand signal means for the Nordic-Baltic Hydrogen Corridor and where Latvian projects can plug into it.
NEWS
HydrogenLatvia
8/10/20263 min read
There’s a version of the hydrogen debate that never quite ends: is anyone actually going to buy the stuff? Germany just answered it with an invoice. Its transmission system operators say almost 6GW of capacity on the planned 9,000km hydrogen backbone has now been reserved on a paid basis — nearly double what was reported in May — and several offer zones in the industrial northwest have little entry capacity left.
Paid capacity is a different signal than a letter of intent
Memoranda of understanding are cheap. Reserving transport capacity and paying for it is not. That distinction is the whole story here, and it’s why this particular number deserves attention in Riga as much as in Duisburg.
According to the TSO group — which includes Creos, Fluxys Deutschland, Gascade, Gasunie and Thyssengas among others — just under 6GW of entry and exit capacity has been booked on a paid basis across clusters, with 600MW contractually reserved for cross-cluster transport and a further 500MW requested and under review. Against a network designed for 101GW of feed-in and 87GW of offtake capacity by 2032, that is still a sliver. But it’s a sliver that companies chose to pay for before the molecules exist at scale.
And that’s the part worth sitting with. Industrial offtakers are committing to infrastructure ahead of large-scale supply, largely because RED III leaves them little choice — renewable fuels of non-biological origin must cover at least 42% of industrial hydrogen consumption by 2030, rising to 60% by 2035. The obligation is what turned interest into bookings.
The German booking mechanism is a template, not just a headline
What Germany has quietly built is a way to price commitment before there’s a commodity market. Capacity is offered in defined zones, users book and pay, oversubscription becomes visible, and the TSOs get a demand map they can build against. KfW’s €24bn loan agreed in 2024 does the heavy lifting on financing risk in the meantime.
It isn’t frictionless. Lhyfe’s Chief Strategy Officer Luc Graré has pointed out that players who don’t expect delivery in the foreseeable future are turning to on-site production instead, and IEEFA has warned that weaker-than-expected uptake could leave Germany needing an additional €45bn in public funding by 2055, largely because of the network. Both cautions are fair. Neither changes the fact that a working reservation mechanism is now producing real, bankable demand data — something no Baltic project currently has access to.
Nordic-Baltic Hydrogen Corridor moves from map to market design
The Nordic-Baltic Hydrogen Corridor — developed by Gasgrid Finland, Elering, Conexus Baltic Grid, Amber Grid, GAZ-SYSTEM and ONTRAS — is the route that would eventually connect Finnish and Baltic production to exactly the German industrial clusters now running short of entry capacity. The corridor has been through feasibility work and holds EU Project of Common Interest status; the engineering case has been made repeatedly.
The harder question has always been commercial. Who books, on what terms, and what happens if nobody does. Germany has just demonstrated one workable answer, and Latvian hydrogen ecosystem stakeholders should be reading that mechanism closely rather than waiting for a Baltic version to appear on its own. The corridor’s credibility will rest on contracted capacity, not on route maps.
Where Latvian projects can plug into German demand
Here’s the practical read. Germany’s northwest is filling up, its RED III obligations bite in 2030, and its domestic production will not cover them. That gap is an export opportunity for anyone in the Baltics who can produce at competitive cost and reach a connected pipe — and the Baltic advantage is well known: strong onshore and offshore wind resource, existing gas transmission assets that can be repurposed, and salt-free but real storage discussions already underway at Inčukalns.
Track the German offer zones and their remaining capacity — the oversubscribed ones tell you where offtake appetite is genuinely unmet.
Build projects to a specification a German industrial buyer can contract against, including RFNBO compliance, not just to a domestic grant deadline.
Push for corridor capacity-reservation rules on the Baltic side early. A mechanism that lets developers demonstrate contracted demand is worth more to a final investment decision than another feasibility study.
Treat derivatives seriously — ammonia and e-fuels can reach the same buyers by ship while the pipe is still being welded.
None of this requires waiting for the corridor to be finished. It requires being contract-ready when the booking window opens.
The window is commercial, and it is open now
Germany is putting steel in the ground before the supply arrives, and buyers are paying to hold a place in a network that won’t be complete for years. That’s the sequencing lesson. Infrastructure and market rules come first; the molecules follow the certainty, not the other way round.
For the Latvian hydrogen ecosystem, the task over the next two years is less about proving the technology and more about proving we can be counted on — with projects a German offtaker could sign, and a corridor with rules clear enough to book.
Source: Bookings for German H2 pipeline network double to near 6 GW