The modular engineering design of the patent‑approved P2(H₂)Node™ centres the electrolysis systems within the wind and solar fields, minimising electrical losses while transmitting the vast majority of renewable energy in molecular form, rather than electrical form. This significantly improves efficiency and permits storage of hydrogen within the pipeline systems.

We have optimized the systems to deliver cost-competitive green fuels through the adoption and development of the state-of-the-art engineering models. By enhancing our insights on resource variability and the stages at which energy is being transported, transformed, and stored, it has enabled us to quantify economic, environmental, and technical benefits for the most advanced green hydrogen projects at scale.

The P2(H₂)Node, now patented in more than 50 countries, reduces the levelised cost of hydrogen by an estimated 10–20% versus traditional methods.  ​

The P2(H₂)Node architecture has been developed to incorporate co‑located AI data centres. By sharing core infrastructure and using on‑site hydrogen storage to balance variable wind and solar, the system can deliver ultra‑reliable green compute at highly competitive prices.