Hydrogen Faces Economic and Operational Hurdles in Automotive and Freight Sectors

Hydrogen faces significant obstacles as a fuel source in transport. Specifically, Lux Research experts highlight these challenges. Current hydrogen prices range from $15 to $30 per kilogram. This makes it economically impractical for widespread use. Hydrogen, while light, has been seen as a clean alternative. However, its production, storage, and transport costs exceed those of electricity. The automotive sector, meanwhile, shifts to EVs, which have lower costs and better infrastructure. Thus, hydrogen’s role in this sector becomes increasingly questionable.

Electric Vehicles Outperform Hydrogen in Automotive Sector

Experts firmly state the automotive future is electric, not hydrogen. Hydrogen cannot compete with electricity’s operating costs. EVs, furthermore, gain market share. Fast-charging technology advances. Consequently, hydrogen fuel cell vehicles struggle. Additionally, EVs are more energy-efficient and increasingly cost-competitive. Therefore, hydrogen’s potential in passenger vehicles is limited in the near term. SuperMetalPrice analyzed this issue.

Freight Sector’s Hydrogen Bet Risks Being Overturned by Battery Innovations

Hydrogen has been touted for long-range freight transportation. Nevertheless, this assumes battery technology has limitations. Experts caution that battery swapping stations could undermine hydrogen. They offer quick turnaround times and don’t stress the grid. Electric truck range and infrastructure improve. Hence, hydrogen’s competitive edge in freight is tenuous.

Hydrogen’s Promising Role in Decarbonizing Steelmaking

Despite the transport challenges, hydrogen shows promise in heavy industry. The steelmaking industry, for instance, uses hydrogen to decarbonize. Companies replace blast furnaces with electric arc furnaces. These use hydrogen-based DRI. This aligns with global decarbonization goals. In effect, hydrogen offers a cleaner alternative, as current methods have high emissions.

Lux Research suggests prioritizing industrial sectors. Steelmaking, particularly, is receptive to hydrogen. The steel industry, indeed, moves towards hydrogen as a key sustainability component. Ultimately, hydrogen could help reach net-zero emissions.