DaimlerChrysler to Build and Test Plug-in Hybrid Vehicles With Lithium-Ion Battery Technology in Customer Fleets
AUBURN HILLS, MI – More than 20 Dodge Sprinter Plug-in Hybrid Electric Vehicles (PHEV) will be placed in the Untied States between now and the first quarter of 2008 as part of a test fleet program. Four of the vehicles are already in operation with customers. DaimlerChrysler is currently evaluating a variety of plug-in hybrid powertrain configurations under customer-operation conditions in real-world service.
A number of the Dodge Sprinter PHEVs are equipped with lithium ion batteries, which are about half the weight and have much greater storage capacities when compared to nickel-metal hydride batteries. The vehicles will yield technical information through real-world driving conditions about lifetime, performance, and cost of batteries.
“The future of plug-in hybrid technology rests on a number of improvements, the most significant being batteries,” said Dr. Andreas Truckenbrodt, executive director – DaimlerChrysler Hybrid Programs. “The battery systems in the PHEV Sprinter continue to provide valuable data on the possibilities with lithium-ion technology.”
Plug-in technology lends itself to commercial applications in which the vehicle returns to base after each shift to be plugged into the power grid, but also works well in urban traffic situations for daily commuters.
Based on Mercedes-Benz commercial vehicle technology, the Dodge Sprinter PHEV can drive up to 20 miles on electric-only power. It accomplishes this with a switch on the dashboard giving the operator the ability to manually switch between modes as needed, or automatically by the vehicle control system. Two different combustion engines are offered in the PHEV — diesel or gasoline. The diesel version will yield the highest fuel economy benefit and is the first fleet test of a diesel plug-in hybrid system.
Plug-in hybrid technology is part of DaimlerChrysler’s advanced propulsion technology umbrella, which also includes efficient gasoline engines, advanced diesel technology, ethanol flex-fuel, and zero-emission fuel-cell vehicles.