Cross-cutting technologies are fundamental pillars for transforming and optimising multiple industrial sectors, as they enable complex challenges to be addressed by providing faster and more efficient solutions. One of the main advantages of these technologies is that they are not limited to a single stage of the hydrogen value chain, but have the capacity to contribute to the different phases of production, storage and distribution, use as an energy source and use as a raw material, thus promoting improvements in efficiency, sustainability and reducing risks and costs.

The impact they can generate on a large scale makes them a key element for economic development, business competitiveness and sustainability in a crucial energy vector, such as hydrogen.

Advanced digital tools, artificial intelligence, energy management systems and sustainability assessment systems are examples of technologies that play an essential role in guaranteeing optimal operation of the systems, ensuring technical and economic viability to achieve accessible and competitive hydrogen.