Their "battery" -- actually a hydrogen/oxygen fuel cell -- can be replenished with hydrogen gas. The biggest problem to-date has been that producing hydrogen isn't an environmentally friendly process.

Fuel cell-powered vehicles are still the way of the future ... This dance of mechanics and chemistry is similar to the hydrogen-oxygen reaction that powers rocket engines.

FCVs are electric cars in which the "battery" is a hydrogen/oxygen fuel cell. Unlike regular batteries with locked-in chemicals, fuel cells can be replenished -- usually by hydrogen gas.

As an alternative to battery-electric vehicle drivetrains, Toyota is pursuing development of hydrogen–oxygen fuel cells to power cars, trucks and even entire cities. Toyota Research Institute of North ...

At an output level of about half a kilogram of solar hydrogen per day, the EPFL campus system could power around 1.5 hydrogen fuel cell vehicles driving an average annual distance; or meet up to ...

Given their features of high specific energy and zero emissions, hydrogen-oxygen fuel cells play an important role in achieving carbon peaking and carbon neutrality goals in China.

Sufficient water must be absorbed into the membrane to ionize the acid groups; excess water can flood the cathode of the fuel cell diminishing fuel cell performance limiting the power output. A ...

Over 100 fuel cells, ... The company’s 1966 Electrovan, a converted GMC Handi-Bus with hydrogen-oxygen power, could reportedly do 70mph and travel 150 miles. Today, ...

Fuel-cell CR-Vs include the same drive modes as the hybrid—Normal, Sport, Econ, and Snow—as well as a handful of battery settings. Save keeps some battery-electric range in reserve, Charge ...

Engineer Tom Bacon developed the first practical working hydrogen-oxygen fuel cell An engineer has been recognised with a blue plaque for his role in helping to put mankind on the Moon. Tom Bacon ...