We need more than clean electricity
Renewable electricity is growing fast, but much of the world’s energy use still relies on fuels. Electricity works well for many applications, but it cannot always be easily stored, transported, or used in all sectors. Hydrogen offers a complementary solution: a clean energy carrier that can store renewable energy, move it across distances, and deliver energy where electricity alone is not practical.
Today, clean hydrogen is mostly produced using electricity, adding cost and complexity to the energy system. A resilient energy system requires ways to produce renewable fuels directly.
Hydrogen as a clean fuel
Hydrogen is already widely used and plays a key role in sectors that are difficult to electrify. At the same time, electricity demand is rising rapidly in many areas, including transport, heating, data centers, and digital infrastructure. As a result, clean electricity must be scaled up significantly just to meet direct demand.
When hydrogen production is added on top of this, the reliance on electricity becomes a bottleneck. Most clean hydrogen today is produced using renewable electricity, increasing competition for limited clean power. This highlights the need for complementary pathways that can deliver clean fuels without placing additional pressure on the grid.
A complement to the energy transition
Solar hydrogen complements renewable electricity by diversifying how clean energy is produced and stored. By adding a direct fuel pathway alongside electricity, it helps reduce system-level bottlenecks and increases flexibility in how renewable energy can be used. This diversification supports a more balanced and resilient energy system—one that can meet growing demand without relying on a single energy carrier or infrastructure pathway.
Where solar hydrogen can be used
Solar hydrogen can support energy needs in sectors where electricity alone is not enough. It provides a clean fuel that can be used directly in industrial processes, converted into electricity with fuel cells, or stored for later use when energy demand and supply do not align. By enabling direct renewable fuel production, solar hydrogen adds flexibility to how energy is generated, stored, and used across modern energy systems — from local supply to large-scale infrastructure.