
Shown above are different angles of the Chevrolet Volt with the Safelite AutoGlass branding. Safelite AutoGlass tested the Volt in a pilot program in an effort to help reduce fuel consumption.
As fuel price volatility continues to be a cost-containment challenge fleet managers must grapple with, vehicle selection becomes more important than ever. Safelite AutoGlass, an automotive glass repair and replacement company with global operations, has undertaken a number of measures to reduce fuel spend while meeting corporate sustainability goals. These measures include testing the Chevrolet Volt in a pilot program to determine potential applications for the vehicle in one of the company’s fleet segments.
Erin Gilchrist, fleet manager for Safelite AutoGlass, shared how these changes are helping contain fleet costs from a corporate sustainability standpoint.
Cutting Back on Fuel
In 2011, the Safelite AutoGlass fleet drove more than 152 million miles and consumed more than 10.4 million gallons of fuel, according to Gilchrist.
“With that in mind, some quick math can tell what that looks like from a cost and greenhouse gas (GHG) emissions standpoint,” Gilchrist said. “So, it makes sense for us to be thinking about what we can do to reduce [fuel] consumption, and there are a lot of different ways we’re doing that."
Gilchrist said the company looked at a few different vehicle types before deciding to run a pilot program with the Chevrolet Volt.
“We thought about hybrids, but some of the analysis we’ve done shows they come out at a higher cost per mile than the gasoline engines with higher mpg ratings,” Gilchrist said. “That’s not to say we won’t go down that road as well with the fleet, but we started with electric and plug-in hybrid electric vehicles.”
Safelite AutoGlass’ choices came down to two vehicles for the pilot: the extended-range electric Chevrolet Volt and the fully electric Nissan Leaf.
“Our game plan was to test Chevrolet Volts and Nissan Leafs in our fleet environment to see if there is a potential to roll them out on a wide scale,” Gilchrist said. “After further consideration, we chose to pilot the Volt due to its extended-range electric vehicle capabilities.” When the battery energy is depleted, the Volt seamlessly transitions to extended-range mode. Power is inverted from a 1.4L 63-kW (84-hp) gasoline-powered onboard engine to the electric drive unit to provide up to 344 additional miles of range.










