Honda hydrogen hybrid electric

Honda working on hydrogen fuel-cell bike

Honda plans to introduce an electric cub scooter and hybrid scooters next year but it also working on hydrogen fuel-cell motorcycles.

Patent plans show the fuel-cell motorcycle with a perimeter frame, telescopic forks, shaft drive and a fuel cell under the seat.Honda hydrogen hybrid electric

Honda is working on the fuel-cell bike in collaboration with Toyota and Nissan.

The Japanese conglomerate also plans to open 80 new hydrogen filling stations within the next four years.

Fuel cells work by burning hydrogen and oxygen to create heat and produce electricity for the motor. The only emissions are water vapour.

Hydrogen fuel cells

Honda started working on fuel cell cars more than a decade ago with the Clarity FCX.

Hydrogen power has been limited worldwide by the lack of filling stations, but the technology is supported by several auto manufacturers.

Hydrogen fuel cell refuelling
Hydrogen fuel cell refuelling

Many believe it is a superior alternative to electric vehicle.

While it takes hours to recharge an electric vehicle, fuel cells can be refuelled in the same time as a petrol vehicle.

However, there is some resistance to fuel cells over safety issues of transporting and storing the volatile gas as well as the costs of its production from water by electrolysis.

That is why companies such as Honda are hedging their bets with hybrid and electric powerplants in the interim.

Over the next couple of years, Honda aims to introduce 19 new motorcycles, including its first electric and hybrid motorcycles.

PCX electric futuristic benefits - hydrogen
Honda PCX Electric scooter

Honda made its first petrol-electric hybrid car in 1999 and has produced many electric concepts over the years. They also back the Mugen electric TT race bike.

  1. Hi Mark, I think your example of how hydrogen fuel cells operate needs amending.
    There is no burning of fuel. “A fuel cell is an electrochemical cell that converts the chemical energy from a fuel into electricity through an electrochemical reaction of hydrogen fuel with oxygen or another oxidizing agent.[1] Fuel cells are different from batteries in requiring a continuous source of fuel and oxygen (usually from air) to sustain the chemical reaction, whereas in a battery the chemical energy comes from chemicals already present in the battery. Fuel cells can produce electricity continuously for as long as fuel and oxygen are supplied”

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