AC Transit
Alameda-Contra Costa Transit District
Twitter Facebook
  • Rider Info
    • Maps & Schedules
    • Fares & Clipper
    • EasyPass
    • Real-Time Departures
    • Get Mobile Apps
    • Transbay Service
    • Service to Schools
    • Rapid Bus Service
    • Rider Guides
    • Explore the East Bay
    • In Translation
  • Customer Assistance
    • Contact Us
    • Customer Feedback
    • Request Timetables
    • Transit Glossary
    • Subscribe to e-News
    • Frequently Asked Questions
    • Government Tort Claims
  • Planning Focus
    • Transit Vision
    • Approved Projects
    • Projects in the Works
    • Service Policies
    • Reports
    • Bus Rapid Transit
    • Data Resource Center
  • Environment
    • The HyRoad
    • Reducing Emissions
    • Exploring Alternatives
    • Promoting Public Transit
    • Urban Planning
  • About Us
    • Board of Directors
    • Executive Team
    • Government Relations
    • Facts and Figures
    • In the Community
    • History
  • Careers
    • Career Openings
    • Benefits Info
    • Recruitment Process
    • Job Specs
    • FAQs
  • Doing Business with AC Transit
    • Current Procurement Opportunities
    • Vendor Log-in and Registration
    • Doing Business With AC Transit
    • Advertise on Buses & Shelters
    • DBE & SLBE
    • Frequently Asked Questions
  • What is a Fuel Cell?
  • What is Hydrogen?
  • Environmental Benefits
  • Energy Stations
  • Safety
  • Education
  • Vision for the Future
  • Program Updates
  • FAQs
  • Archives and Links
 

What is a Fuel Cell?

Click to Zoom

A fuel cell is a compact electrical generator that uses an electrochemical reaction to produce electricity. Unlike a battery, a fuel cell never needs recharging. It continues to produce electricity as long as it is supplied by two of earth’s most common elements – oxygen and hydrogen.

Source: U.S. Department of Energy, Office of Energy Efficiency and Renewable Energy


How it Works

When hydrogen and oxygen combine, they create water and electricity. In a fuel cell, the protons from hydrogen pass through a membrane to the other side of the cell. The electrons from the hydrogen can’t pass through the membrane, so they reach the other side of the cell through a circuit, producing electricity. The protons, electrons and oxygen from the air then combine to form water.

Google Translator:

  • Rider Info
  • Customer Assistance
  • Planning Focus
  • Environment
  • About Us
  • Careers
  • Doing Business with AC Transit

© 2001-2013 AC Transit All Rights Reserved. Terms and conditions.