Chevrolet Sequel Explained

Chevrolet Sequel
Manufacturer:Chevrolet (General Motors)
Production:2005 (auto show concept)
2006 (running concept)
Class:Full-size hybrid crossover SUV
Body Style:5-door SUV
Engine:Hydrogen fuel cell
Wheelbase:30401NaN1
Length:49941NaN1
Weight:20700NaN0

The Chevrolet Sequel is a purpose-built hydrogen fuel cell-powered concept car[1] and sport utility vehicle from Chevrolet, employing the then-latest generation of General Motors' fuel cell technology.[2]

The Sequel's powertrain includes an electronic control unit and a fourth-generation version of GM's fuel-cell stack. The Sequel became the basis for the design of the gas-powered Chevrolet Traverse, which was the replacement for the Uplander minivan.

Characteristics

The Sequel's fuel-cell stack has a rated power output of, supplemented by a lithium-ion battery pack rated at . One electric motor drives the front wheels, and individual wheel-motors (outboard of the rear brakes) drive each rear wheel, providing total tractive power of .

The Sequel stores of gaseous hydrogen in three cylindrical, carbon-composite fuel tanks, pressurized to and mounted longitudinally beneath the cabin floor. As a result, the range of the vehicle is more than .

The Sequel is just short of five metres long (4,994 mm, 196.1 in.), on a similarly long (3,040 mm, 119.7 in.) wheelbase in order to accommodate the extremely long fuel tanks.

Possible production

GM made no commitment to building the Sequel. However, GM vice-chairman Bob Lutz has said he would push the company's strategy board to approve full production of a fuel-cell vehicle by 2011 model year. Due to the extremely high cost of fuel cells, GM opted to instead build several hydrogen-powered Chevrolet Equinox-based vehicles as testbeds. It then decided to change its direction of alternative-fueled vehicles, and unveiled the concept Volt in 2008, followed by the production version in 2010. As of October 2006, GM has built two Sequels.

See also

External links

Notes and References

  1. Web site: Sustainable transportation based on electric vehicle concepts: a brief overview . Eberle. Ulrich. Rittmar. von Helmolt . Royal Society of Chemistry. rsc.org . 2010-05-14. 2010-06-08.
  2. Web site: Fuel cell electric vehicles and hydrogen infrastructure: status 2012. Eberle. Ulrich. Bernd . Mueller. Rittmar. von Helmolt. Royal Society of Chemistry. researchgate.net . 2012-07-15. 2013-01-08.