ADVERTISEMENT
You will be redirected to your destination in 10 seconds.
Electronics Industry Search

Polling Question

Should the government bail out U.S. automakers?

  • Yes
  • No



View Previous Poll Results
Advertisement
Email
Print
Reprints/License
RSS
Article tools sponsored by

Clean cab promotes fuel cells

by David Bak, Editor-in-Chief, Global Design News -- Design News, January 21, 2002

French automaker PSA Peugeot Citroën recently signed strategic outline agreements with the CNRS, France's National Center for Scientific Research, and the CEA, the French Atomic Energy Commission. Both agreements relate to PSA's ongoing development and use of automotive fuel cells.


PSA's prototype taxi cab demonstrates fuel cell technology.

Throughout its research, PSA has explored two automotive fuel cell scenarios: as a 30-kW prime energy source, and as a secondary 5.5-kW energy source. Both models use a Proton Exchange Membrane (PEM)-type fuel cell and follow the same operating principle.

A hydrogen reservoir, comprising insulated metal tanks in an interchangeable rack, installs in the car trunk. Up front in the engine compartment, the fuel cell comprises electrodes sandwiched around a thin plastic membrane. The membrane is coated on both sides with platinum particles that function as an active catalyst.

During operation, oxygen from the air passes over the cathode side of the fuel cell and hydrogen passes over the anode. Encouraged by the catalyst, hydrogen atoms split into hydrogen ions and electrons. The electrons travel toward the cathode in the form of an electric current, supplementing the vehicle's battery in powering the motor. The protons, or hydrogen ions, diffuse through the membrane to the cathode where hydrogen recombines with oxygen to produce water and complete the overall process.

Supplementary power from the fuel cell increases vehicle range from 100 km with only battery power to approximately 250 km. PSA cautions that fuel cell cost, size, and weight must be reduced by a factor of five before it can economically be incorporated into cars. The company anticipates that ongoing research in electrochemistry, catalyst and hydrodynamic materials, and thermal energy—conducted with help from the CEA and CNRS—will lead to a gradual introduction into automotive use by 2010.

For more information about automotive fuel cells from PSA: Enter 535

Advertisement

Sponsored Content

Technology Marketplace

Email
Print
Reprints/License
RSS
Article tools sponsored by
Find a supplier on oemsuppliersearch.com

Talkback


We would love your feedback!


» Submit talk back
Advertisement
Advertisement

Design News Partner Zones

AnarkCAD/CAE Model Clean-Up: Reduce Iterative Cycles
This webinar featured research and survey results related to problems associated with preparing CAD geometry for CAE applications.  We discussed how Recipe-Based Automation can help create "just-in-time" CAE-ready geometry each time a cad model is updated. Watch the Presentation


Light Matters: Systems Level Approach to HBLED illumination applications
Its good practice to apply a systems-level approach to high-brightness LED (HBLED) illumination applications. Minimally, the system includes the optical, thermal and electrical characteristics of the of the HBLED, the lens (if any) which is built-in to its package, secondary optics such as external plastic lenses/reflectors to direct the light as your application requires and power driver electronics. Read More


Design Engineers' Portal for Sensing and Machine Safety
Whatever industry you're in, or whatever product you manufacture, the right sensors to automate your plant, and to improve your overall efficiency, quality and safety are a must. You'll find Banner Engineering to be an amazing resource of products, training and people with expertise.

Design News Partner Zone Directory »

Please visit these other Reed Business sites