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Japan To Offer $20,000 Subsidy For Fuel-Cell Cars

An anonymous reader writes "Toyota is on track to launch the first consumer fuel-cell car in Japan next year, and the country's Prime Minister says the government wants to assist the new alternative to gas-driven vehicles. Shinzo Abe announced that Japan will offer subsidies of almost $20,000 for fuel cell cars, which will decrease the Toyota model's cost by about 28%. He said, "This is the car of a new era because it doesn't emit any carbon dioxide and it's environmentally friendly. The government needs to support this. Honda is also planning to release a fuel-cell car next year, but experts expect widespread adoption to take decades, since hydrogen fuel station infrastructure is still in its infancy."

2 of 156 comments (clear)

  1. Re:Why isn't the U.S. doing things like this? by rubycodez · · Score: 4, Insightful

    no, this is not how you do it, wasting my tax dollars on 28 percent overpriced uneconomical $70k luxury vehicle that has payback period in over a decade...

  2. Re:Why isn't the U.S. doing things like this? by Sqr(twg) · · Score: 4, Insightful

    I worked on fuel cell vehicles for seven years, but quit because I realized there will never be a future in it.

    There are lots of reasons, but the main argument is this: It takes about four times as much electricity to power a fuel cell car as a battery-electric car. (Fuel cells convert hydrogen into electricity at about 50 % efficiency, and making hydrogen from electrolysis has about 50 % efficency, not counting losses in compressing the hydrogen and when tranferring the compressed gas to the car. Batteries can have 95 % efficiency both in charging and discharging.)

    You could make hydrogen from natural gas, of course, but the "no fossil fuels" argument goes away, and efficiency is still no advantage over a combustion engine that runs on natural gas directly.

    The only advantage a fuel cell vehicle has over a battery-powered one is range, but range is less of an issue whith batteries, because chargers could be everywhere, unlike hydrogen tank stations that have lots of safety issues.