Verne Unveils World's First Cryo-Compressed Hydrogen Power Truck at AMTA Expo
Key Ideas
- Verne's cryo-compressed hydrogen power truck achieves double the hydrogen storage density of traditional systems, allowing for double the range without impacting payload or cost.
- The truck utilizes DTI hydrogen diesel system, enabling fleets to trial hydrogen fuel without additional infrastructure investments, and is equipped with dual fuel engine technology for extended range.
- Future trials will involve testing the truck's range and payload capacities in both hot and cold weather conditions in California and Alberta, funded by Alberta Innovates through the Hydrogen Center of Excellence Program.
- Partnerships with manufacturers in the U.S. and Canada will further explore the potential of dual fuel engines, hydrogen combustion engines, and fuel cells in commercial pilots.
California-based Verne has revealed the world's first cryo-compressed hydrogen power truck, showcased at the AMTA Expo in Edmonton. The truck operates at 300 bar and cryogenic temperatures, doubling hydrogen storage density compared to traditional systems. This innovation, highlighted by Verne's COO Bav Roy, offers double the range without compromising payload or cost, positioning the storage tank conveniently on the truck similar to where a diesel tank would be placed. The truck features the DTI hydrogen diesel system, facilitating fleet trials of hydrogen fuel with no need for additional infrastructure investments, and incorporates dual fuel engine technology for enhanced range. Verne plans to conduct trials, including commercial pilots with various engine technologies, partnering with manufacturers in the U.S. and Canada. The truck will undergo rigorous testing in both hot and cold conditions, funded by Alberta Innovates through the Hydrogen Center of Excellence Program. Overall, the sentiment of the article towards hydrogen is positive, emphasizing the potential of cryo-compressed hydrogen technology in revolutionizing transportation and reducing environmental impact.