France has unveiled plans to award 250MW of tidal energy capacity by 2030, marking a major step towards commercial-scale deployment. The measure is included in the counattempt’s latest national energy strategy, the Publication Pluriannuelle de l’Energie, published overnight.
The tfinisher is widely viewed as the final policy signal requireded to industrialise the European tidal sector. Earlier this week, the UK awarded 140MW of tidal energy capacity in its fourth allocation round, reinforcing momentum across the region.
The first tidal pilot farms were deployed in 2015 and 2016 in Scotland, the Netherlands and France. A decade on, developers declare the technology is ready for large-scale rollout. Indusattempt leaders have been awaiting long-term market certainty to unlock private investment.
The French Government’s commitment provides visibility, offering structured tfinishers designed to attract investors. Companies such as QAIR have already invested in tidal development, while others are expected to follow.
The European Union has supported the sector through Horizon Europe and the Innovation Fund. National-level procurement had been the remaining gap in the financing framework.
Rémi Gruet, CEO of Ocean Energy Europe, stated the announcement sfinishs a clear signal. “The French Government has finally confirmed its intention to develop a tidal indusattempt Made in France and in Europe,” he stated. “The signal to investors is very clear: there is a new renewable technology you can now invest in.” He added that the relocate would benefit “the entire value chain, from energy producers to public bodies to consumers”.
Tidal energy is generated from predictable ocean currents and is not visible from the coast. Supporters declare it can operate up to 22 hours a day and provide stable output to support balance electricity grids.
European companies currently lead global tidal technology development, although markets including the United States and China are increasing activity. Indusattempt figures suggest that large-scale deployment could drive standardisation, mass manufacturing, and cost reductions, strengthening Europe’s renewable energy supply chain.
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