Toyota bullish on hydrogen despite electric car buzz
Toyota, Japan — At a car factory in this city named after Toyota, the usual robots with their swinging arms are missing. Instead, workers intently fit parts into place by hand with craftsmanship-like care.
The big moment on the assembly line comes when two bulbous yellow tanks of hydrogen are rolled over and delicately fitted into each car’s underside.
While much of the world is going gung-ho for electric vehicles to help get rid of auto emissions and end reliance on fossil fuels, Japan’s top automaker Toyota Motor Corp. is banking on hydrogen.
Toyota sells about 10 million vehicles a year around the world. It has sold only about 4,000 Mirai fuel cell vehicles since late 2014, roughly half of them outside Japan.
The Mirai, which means “future,” is not cheap at $57,500, but Toyota loses money on each one. Still, the company’s goal is to sell 30,000 fuel-cell vehicles a year by about 2020.
Hydrogen fuel cells don’t suffer the EVs’ main drawback of limited range. The Tesla Model S can go about 300 miles on a single charge, although that varies depending on driving conditions, and that’s quite a distance for an EV.
Other models run out of juice quicker, at about half that, because the longer the range, generally the heavier the batteries.
The Mirai can run for 312 miles per fueling, under U.S. EPA conditions, and fuels as quickly as a regular car.
Toyota’s chairman, Takeshi Uchiyamada, believes hydrogen is an ideal, stable fuel for a future low-carbon society.
“In this light, hydrogen holds tremendous potential,” Uchiyamada, known as “the father of the Prius,” said during a tour of the factory.
“Hydrogen doesn’t exist in the natural world on its own, but you can create hydrogen from various materials,” he said.
The Prius turned out to be a good bet for Toyota. The Mirai could be the same.
A fuel cell mixes hydrogen with the oxygen in the air to generate electricity that can power a motor. Producing the highly flammable gas and getting it into the vehicles requires energy. Ultimately, the idea is to convert energy from renewables like wind and solar power into hydrogen, or even make hydrogen from sewage waste.
Unlike a gas-powered internal combustion engine, the only byproducts from a fuel cell are electricity, heat and water. There are no emissions of pollutants that can cause global warming. Yet the energy unleashed is powerful: Hydrogen is the fuel that sends NASA rockets into space.
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