How are we going to treat it and process it, what is the transport system it’ll be connected to? And we have found fantastic synergies with the infrastructure that we already have, and the facilities Uchuva that somehow are available. So, that will allow us to expedite the work that we’re foreseeing. Infrastructure and limitations are crucial. And when we complete those two aspects, we were able to pass this to the reserve. All this activity of the wealth and the infrastructure, of course, requires environmental licensing processes, and consultation with the communities, and as a corporate trial, we’re always committed to doing things well upfront. So, we will do this calmly following processes, but with a clear approach, understanding what this means for patrol and for the country.
And hopefully, we are able to pass this volume to reserve between 2025 and 2027 and to get them in the early stage so that by the end of the decade we will have full development of these volumes. With respect to renewables, I will go very rapidly on the way we steered with respect to hydrogen. In 2022, we close a year with an installed capacity of 208 megawatts of renewable energy, primarily solar, 99% with this technology and 1% in small, high-quality plants. Our next goal is that by the end of the year, we will have 400 megawatts that we had announced. And in 2025, we will have around 900 megawatts that will start operating in 2026. Of course, this is the management of the portfolio that is continuous, as I told you before, this is one of our own projects.
We already have 101 megawatts being built, different assets, but we’re also working with partners to analyze to bring 99 megawatts in the Rubiales field, 25 megawatts from biomass Villanueva (Casanare), and several projects from small hydraulic plants. So, I think we’re in the right path to the 400 megawatts. In the medium-term to the extent that we have been walking and understanding the opportunity of hydrogen for Ecopetrol and the country, it is evident that renewable and conventional energy will play a fundamental role. And that’s why we have said that there is 900 megawatts are just the beginning of the story. For a hydrogen project that the refiners will work like the one we are very close to sanctioning, it will require 250 megawatts green hydrogen project will require at least 1 gigawatt.
And for this line of hydrogen business that needs will be between 3 gigawatt and 5 gigawatts by 2030. And in 2040, it will be above 9 megawatts or 10 megawatts. This, as you can see, has a magnitude and figures that is demanding the development of a capacity and an architecture in Ecopetrol that is positioning us for this type of project. Sorry, I interrupt to have clarity in those 900 megawatts by 2026 and what you’re saying in the magnitude of giga for purposes of hydrogen, please clarify at what point in both cases you are exceeding the requirement of cell supply, because I think you consume those 900 electricity. Where does it start going beyond the requirements of Ecopetrol for hydrogen and to go to a phase of being able to export or to sell?
And with respect to hydrogen, also, I would like to understand if that installed capacity, which is beyond what is required for cell supply as to power generation, if 100% of that additional installed capacity would be intended for the production of hydrogen or is the sale contemplated for the national system. Well, to the point at Ecopetrol, we have an install capacity for self-generation or 1,300 megawatts primarily thermal. All the figures I’m giving you correspond to self-generating projects of nonconventional energy sources that will complement the portfolio that we have for cell generation. When we talk about cell generation is for the hydrocarbon business in the upstream, middle, or down, but also for the future production of hydrogen and derivatives like green ammonia or green hydrogen.
