Hydrogen Ride Share Program Gives Drivers a Glimpse of the Future

For rideshare drivers always on the lookout for cleaner, more efficient vehicles, a new hydrogen-powered ride share initiative out of Texas is offering a look at what could be the next big shift in transportation technology.

Researchers from the University of Texas Center for Electromechanics have launched the Hydrogen Vehicle Ride Share Program, giving students and faculty the chance to test drive Toyota Mirai fuel cell electric vehicles powered entirely by hydrogen. The program officially rolled out in late September and is designed to raise awareness of how hydrogen fuel could one day compete with gasoline and battery electric options.

Unlike traditional EVs that rely on plug-in charging, these fuel cell vehicles combine hydrogen and oxygen inside a fuel cell to generate electricity—emitting nothing but water vapor and warm air. It’s a clean, fast-refueling alternative that’s catching the attention of drivers curious about what comes after electric cars.

“We are trying to get as many different people into the seats of this car as possible,” said Mike Lewis, director of the Center for Electromechanics. “It’s all about awareness of the technology.”

The Hydrogen Ride Share Program runs under UT’s Hydrogen ProtoHub, a research and production facility focused on advancing hydrogen fuel in Texas. Drivers can borrow the Toyota Mirai for short test periods by contacting Lewis or Elizabeth Adams, the Center’s executive assistant. There’s no rental fee, but participants must be at least 21 years old and have completed UT’s driver training course.

Lewis said the biggest advantages of hydrogen-powered vehicles come down to three things: zero emissions, long range, and short refueling times. According to the U.S. Department of Energy, fuel cell vehicles can travel roughly 60 miles per kilogram of hydrogen, while a gas-powered car averages only about 25 miles per gallon. The best part? Refueling takes just minutes.

“You don’t have to wait a few hours or even 30 minutes, (like) in the case of a supercharger, Lewis said. “A zero-emissions vehicle without any compromises is what it is at the end of the day.”

Still, the hydrogen movement faces serious roadblocks—mainly high costs and limited refueling options. Right now, the Hydrogen ProtoHub is the only public hydrogen refueling station in Texas. The U.S. Department of Energy estimates it costs around $1.9 million to build one, and hydrogen fuel itself currently runs between $24 and $36 per kilogram, nearly eight times the cost of gasoline.

“The challenge right now is getting that fueling infrastructure up to the level that the vehicles are,” said Austin Mabrey, a research engineer at the Center for Electromechanics. “That final piece of the puzzle is cost.”

Researchers say the key to expanding hydrogen-powered transportation lies in infrastructure investment and public acceptance. Adams added that education and exposure will help drivers see hydrogen as a safe and practical alternative.

“We want people to adopt these types of technologies in the future and not be afraid of them,” said Elizabeth Adams.

For rideshare drivers who’ve seen the industry evolve from hybrids to electrics, hydrogen could be the next fuel revolution waiting in the wings.

Source: The Daily Texan