The main idea of this work is to address a possible alternative to the difficulty of delivering electrical energy to demand centers, with the in situ production of green hydrogen taking advantage of the electrical energy generation of the eventual Vientos Alisios wind farm. Specifically, this work seeks to evaluate and validate the possible production of green hydrogen, recognize in what proportions of the total energy generated its use for the production of this by-product is relevant, what are its advantages and disadvantages, and what are the costs associated with the production. generation of this product, it is also compared and evaluated with the technical and economic conditions of the future Vientos Alisios wind farm projected by BlueFloat Energy. To do this, base values of the variables involved and a percentage of variation of each of them are taken, ranges where it is possible for the value to oscillate. A Monte Carlo model based on the calculation of the project's NPV is used to simulate 2000 random scenarios and thus look for behavioral patterns or trends in simulations with similar results.
