The 2026 version of Vitality Expertise Views is revealed towards the backdrop of a fast-changing coverage and expertise panorama. Governments are working to determine safe and resilient provide chains for clear power applied sciences whereas advancing key power coverage objectives comparable to power safety, affordability and financial competitiveness, in addition to local weather and different environmental objectives. In a panorama that’s always evolving, this report goals to ship well timed insights into the standing and outlook of expertise deployment, manufacturing, venture pipelines, investments, and commerce of various power applied sciences and supplies. The purpose is to supply helpful evaluation that may inform the issues of coverage makers around the globe.
Key highlights from the report with respect to inexperienced hydrogen embody:
There are a lot of development alternatives for low-emissions fuels, particularly these that may be instantly utilized in present infrastructure. In a number of segments – notably automobiles – low-emissions fuels are usually not solely competing with fossil fuels, however more and more with the rising use of electrical energy. Elevated use of fuels which might be extra pricey and nonetheless at low ranges of market penetration, comparable to sustainable aviation fuels and different hydrogen-based fuels, would require stronger coverage assist.
The market outlook for low- and near-zero emissions supplies could be very unsure as manufacturing price premiums stay excessive. Applied sciences like cement kilns fitted with carbon seize, and metal furnaces utilizing electrolytic hydrogen, are anticipated to price considerably greater than their standard counterparts over the subsequent decade in most areas.
There’s proof of progress – albeit much less regular – for applied sciences at an early stage of deployment, and that is shifting sooner than many individuals suppose. Low-emissions hydrogen manufacturing; carbon seize utilisation and storage (CCUS); and near-zero emissions materials manufacturing usually contain massive engineering initiatives that depend on coverage assist to scale up and cut back prices.
Earlier excessive investor confidence and coverage ambition has weakened not too long ago, however development alternatives exist. International funding in low-emissions hydrogen manufacturing climbed to just about USD 8 billion in 2025 – year-on-year development of 80% – and anticipated development in electrolyser deployment to 2030 is just like the growth seen as photo voltaic PV started to ramp up.
In upstream industries like metal, aluminium and chemical compounds, power prices stay vital to competitiveness in near-zero emissions materials manufacturing. Vitality prices can account for over two-thirds of complete manufacturing prices in upstream industries; for near-zero emissions applied sciences, power spending may very well be a number of occasions greater.
Low-cost renewables might make hydrogen-based steelmaking cost-competitive with standard applied sciences sooner or later below particular situations in some main steel-producing international locations like america, China and India. In others, like Europe and Japan, greater costs imply manufacturing prices would stay 50-80% greater than elsewhere, surpassing regional variations for standard metal manufacturing. But offshoring ironmaking to areas with aggressive renewables might lower these price variations to 30-40%, with restricted results on jobs.
Entry the entire report right here
