* Tuition/fee figures are projected estimates for 2017-18 for graduate students entering UF for the first time. Tuition/fees for continuing students may be lower. Out-of-state graduate students should add $17,394 to projected tuition/fees. Find out more about how UF budgets are calculated here.
Fuel cell electric vehicles convert hydrogen gas into electricity to power an electric motor and battery. Fuel cell vehicles are a relatively new technology in passenger vehicles, but have a substantial carbon-cutting role to play alongside other all-electric vehicles.
How a hydrogen fuel cell generates electricity. The following step-by-step explanation describes how a fuel cell generates the electricity used to power the vehicle: 1. Hydrogen is supplied to the anode (negative) side of the fuel cell. 2. Hydrogen molecules activated by the anode catalyst release electrons. 3. The electrons travel from the anode to the cathode (positive) side of the fuel cell, creating an electrical current. 4.