The innovative Jade project in Chihuahua, Mexico, encompasses the development of a photovoltaic park and a green hydrogen plant. The energy generated will be distributed partly to the electricity market and partly to operate the green hydrogen plant through a hydrolysis process. Infrastructure components include a step-down substation, a step-up substation, and connection lines on a significant area. Additionally, the photovoltaic plant will feature an energy storage system using lithium-iron phosphate (LFP) batteries to optimize energy supply and maintain the hydrogen plant's equipment. The project's design includes a capacity of 200MW with a two-hour runtime. The green hydrogen produced will be transported to various consumption points, including a compression station, a combined cycle plant, and for export. Situated in Ascensión and Juárez municipalities in Chihuahua, the project timeline involves 72 months for site preparation and construction. The initiative showcases a commitment to advancing renewable energy technologies and infrastructure in Latin America, promoting sustainability and clean energy solutions.