October 27, 2023. ANGI Energy Systems (ANGI), a Vontier business and leading provider of alternative fueling solutions, announced a major milestone in the evolution of sustainable transportation as ANGI prepares to supply its first full Hydrogen Refueling Station (HRS) to Trillium to be installed at Santa Clarita Transit.
Demonstrating its continued commitment to decarbonizing mobility, ANGI’s HRS offers a complete, end-to-end solution for hydrogen refueling, enabling fleet operators and transit companies an effective means of transitioning to zero-emission vehicles. Continuing a strong partnership across multiple fuels, ANGI has collaborated with leading alternative energy infrastructure provider, Trillium, to develop an expertly configured station for Santa Clarita Transit in California.
Santa Clarita Transit, a critical local transportation provider serving over two million riders each year in California, will take advantage of ANGI’s first HRS as part of its continued efforts to reduce its environmental footprint by shifting to cleaner energy. With the support of ANGI and Trillium, Santa Clarita Transit plans to transition to fuel cell buses as its CNG transit buses reach the end of their useful life. This approach aligns with the City’s fleet replacement plan, which aims to replace one twelfth of the bus fleet with cleaner alternatives each year, as well as California’s Innovative Clean Transit (ICT) regulation, which requires all public transit agencies to gradually transition to a 100 percent zero‑emission bus fleet.
ANGI’s HRS is based on a modular design, offering uniquely configurable and flexible systems with high reliability backed by an extensive network of service and maintenance technicians. Cloud-connectivity ensures best-in-class performance and uptime through remote monitoring, energy management and preventative maintenance. A typical HRS is comprised of a hydrogen dispenser, redundant compression capabilities, a site recirculation system, chillers, and a gas management panel which uses logic to control the flow and pressure of gas within the station.