The Netherlands' ambitions to lead Europe's green hydrogen economy are facing severe challenges, as recent reports revealed the cancellation of four out of seven major electrolysis projects that had secured heavy government backing in 2022. Despite budgets of up to 783.5 million euros being allocated to these projects, none of them have begun actual operations yet, raising fundamental questions about the economic and technical viability of current models.
A Gap Between Political Ambitions and Economic Reality
In 2022, the Dutch government awarded subsidies to seven projects that were supposed to deliver up to 1,150 megawatts of electrolysis production capacity. Four years later, projects representing 550 megawatts have been canceled, while the remaining projects are still in non-operational phases. Recent parliamentary answers confirm that the government remains unable to determine when hydrogen produced via electrolysis will become commercially viable without dedicated subsidies; nevertheless, an additional 780 million euros have been earmarked for a future subsidy round.
The core problem lies in the pricing assumptions upon which these projects were built; officials assumed the cost of renewable hydrogen would drop to around 2 euros per kilogram by 2030. Technically speaking, producing one kilogram of hydrogen via electrolysis requires between 50 and 55 kilowatt-hours of electricity. Even assuming a very cheap electricity price (50 euros per megawatt-hour), the energy cost alone exceeds 2.50 euros per kilogram, before accounting for capital costs, maintenance, water treatment, compression, and distribution.
Rising Infrastructure Costs and Declining Demand
The crisis does not stop at production plants, but extends to the hydrogen transport infrastructure. The Netherlands Court of Audit found that estimated investments for the national pipeline network have jumped from 1.5 billion euros to 3.8 billion euros. This network faces an economic dilemma; building it for a massive future market becomes harder to finance as that market shrinks, raising fees on users will make hydrogen even less attractive, while providing further subsidies shifts the financial burden onto taxpayers.
Furthermore, government energy plans have begun to curtail the role of hydrogen in building heating and electricity generation, with expectations of much lower industrial demand than previously planned. Data shows that the chemical and oil refining industries may find more efficient alternatives, such as industrial heat pumps and direct electrical processes that avoid the need to produce and transport hydrogen in the first place.
What This Means for the Future of Green Technologies
This setback reveals that merely pumping money into a specific technology does not guarantee its success if the economic foundations are not solid. Green hydrogen faces fierce competition from direct electrification, which is cheaper in many industrial processes. For investors and technology companies, the lesson learned is the necessity of evaluating available decarbonization pathways based on actual cost rather than just ambitious quantitative targets.
The Dutch government now faces a new subsidy round with negative conditions that were not present in 2022: canceled projects, high costs, and low demand expectations. Analysts suggest the need to reassess industrial products and available technical pathways before funding additional production capacities that may end up with the same fate as previous projects, thereby preserving state resources and directing them toward more sustainable and realistic technical solutions.