Hyroad Energy hydrogen refueling station opens California trucking hub

Hyroad Energy hydrogen refueling station expands hydrogen trucking access

On July 29, 2026, Hyroad Energy officially opened its hydrogen refueling station in Santa Fe Springs, California, introducing a mobile liquid hydrogen solution for commercial trucking fleets. The Hyroad Energy hydrogen refueling station is designed to provide regional fleet operators with access to hydrogen fuel while permanent infrastructure projects continue development. The facility uses a mobile system supplied by Taylor-Wharton, enabling faster deployment compared with traditional fixed hydrogen stations.

Mobile liquid hydrogen system supports fleet operations

The newly opened station includes a 1,000 kg liquid hydrogen tank, pump, dispenser, controls, and safety systems integrated into a mobile platform. The solution allows hydrogen infrastructure to be deployed quickly in locations where permanent stations are still under construction. During the first full week of operations, the station completed 45 refueling interactions, demonstrating early operational capability for commercial trucking applications in United States hydrogen mobility development.

Fast refueling capability targets commercial trucking requirements

Hyroad Energy reported that fueling times consistently remained below 25 minutes, making the hydrogen refueling process comparable with conventional diesel refueling durations. The mobile station approach provides flexibility for trucking fleets by reducing waiting periods and supporting the transition toward hydrogen-powered commercial vehicles. The deployment model can help address infrastructure availability challenges while larger hydrogen networks are gradually established across transportation corridors.

Frequently Asked Questions

What is the purpose of the Hyroad Energy hydrogen refueling station?
Hyroad Energy hydrogen refueling station is a mobile liquid hydrogen facility designed to provide faster fuel access for commercial trucking fleets while permanent infrastructure is developed. The Taylor-Wharton system includes a 1,000 kg liquid hydrogen tank, pump, dispenser, controls, and safety systems. It completed 45 refueling interactions during its first full week of operations with fueling times below 25 minutes. The deployment approach helps bridge gaps before larger hydrogen networks expand.