The most interesting number in a leaked European Commission assessment of post-2030 renewable-energy policy may not be eight million tonnes. It may be zero: the number of binding national RFNBO consumption targets in the option Commission staff selected for the draft policy package. Measure L2 would remove those binding national targets and replace them with an indicative EU-level renewable-hydrogen consumption target, financing support and a credit mechanism intended to create demand without requiring every member state to reproduce the same hydrogen market. The document itself says the broader preferred package would give member states greater flexibility over technology choices and delivery pathways while avoiding technology-specific hydrogen requirements on governments and companies.
This is not European policy yet. The 70-page document is an unfinished Commission staff impact assessment, complete with placeholders, unresolved references and missing methodological annexes, while the Commission’s formal post-2030 renewable-energy framework is still being prepared for a legislative proposal scheduled before the end of 2026. Treating every number or mechanism in the leak as settled would therefore be a mistake. What makes it worth examining is that L2 is not merely one scenario among many buried in an appendix: the draft says explicitly that the packaged policy option includes it.
The headline numerical change is still substantial. The assessment models 18 million tonnes of electrolytic hydrogen consumption in 2040 under its central scenario, eight million tonnes under the low-hydrogen case and 20 million tonnes in the high-hydrogen case. Producing the low-hydrogen quantity would require about 340 TWh of renewable electricity, roughly 335 TWh less than the central scenario, and Commission staff say lower electrolysis demand could reduce electricity prices and leave more electricity available for direct uses. The document also notes that renewable-hydrogen development and cost reductions have proceeded more slowly than anticipated and concludes that the low-hydrogen scenario better fits current market and infrastructure conditions.
But the tonnes are not the most interesting part. A smaller hydrogen target could simply be another retreat from an overambitious forecast. What is more consequential is that the leaked architecture starts to separate creating a market for decarbonisation from guaranteeing the original hydrogen applications inside that market. That opens a much bigger question: can European policy support a portfolio while letting individual hydrogen bets lose?