Lhyfe, based in Paris, France, is embarking on the construction of its inaugural green-hydrogen production facility in Croixrault, situated in the northern region of France. The plant's strategic location in the Somme region of Hauts-de-France will cater to local manufacturers and mobility players, offering them access to green and renewable hydrogen for decarbonizing their operations. This initiative is part of a comprehensive plan by the local authority, Communauté de Communes Somme Sud-Ouest, aimed at stimulating employment opportunities and fostering a conducive economic environment for businesses looking to establish themselves in a vibrant setting. Lhyfe, a trailblazer in Europe's green and renewable hydrogen sector since its establishment in 2019, is known for producing hydrogen locally through water electrolysis using renewable electricity. The Croixrault site under construction will significantly contribute to the region's energy independence and sustainable re-industrialization by harnessing an electrolysis capacity of 5 MW to generate up to 2 tons of green hydrogen daily. This volume of hydrogen is sufficient for a hydrogen truck to travel approximately 25,000 km, exemplifying the plant's substantial output capacity. Moreover, the green hydrogen from Lhyfe will play a vital role in revolutionizing the industrial landscape of Hauts-de-France, particularly in sectors such as chemicals, metallurgy, steel, and glass, by serving as a cleaner alternative to grey hydrogen and supporting new production processes and industries. Furthermore, the hydrogen plant's location positions it strategically to serve the entire Hauts-de-France region and cater to diverse sectors like logistics, transportation (including buses and refuse collection vehicles), and heavy goods vehicles. In addition to supplying fuel stations and logistics platforms, Lhyfe's hydrogen will be pivotal in advancing the region's energy transition objectives. Lastly, the controllable nature of Lhyfe's sites, including the upcoming Croixrault unit, will enable the stabilization of the power grid in Hauts-de-France by adjusting electricity consumption based on grid operators' requirements, thus enhancing grid reliability during peak usage scenarios.