Asheville City Council authorizes purchase of hybrid and diesel buses

Sept. 4, 2019
The city will purchase seven new buses for its ART fleet over the next three years.

The Asheville City Council in North Carolina has authorized the purchase of seven new hybrid and diesel buses for the city’s transportation system, ART.

In 2018, the city received $5.7 million in federal grant funds from the French Broad River Metropolitan Planning Organization to buy new transit buses. The city’s match for the grant funds was $1.4 million, providing a total budget of $7.1 million for the bus procurement.

The city plans to buy buses with these funds over the next three years as part of the city’s rolling stock replacement schedule. This schedule considers the life cycle of each bus and when it will likely need to be replaced, the appropriate number of spare vehicles necessary, and upcoming and anticipated service expansions as outlined in the 2018 Transit Master Plan.

The new buses are needed to meet the schedule for timely implementation of the Transit Master Plan. The purchase of additional hybrid vehicles will provide the needed fleet flexibility to meet system and on-time-performance needs.

Staff continues to evaluate the electric buses currently in service and monitor the electric bus market for future fleet purchases. In June, the city put five Proterra electric buses into service, assigning them to routes that best match their range. Currently, the buses run on Routes S3, S6 and 170. Staff are evaluating other electric bus vendors for future incorporation into the fleet as the technology evolves.

Three new diesel-electric hybrid buses and four “clean” diesel buses are being added to the fleet. All reduce carbon emissions, in support of the city council’s clean-energy and sustainability goals. “Clean” diesel is also known as ultra-low sulphur diesel (ULSD), which has a reduced sulfur content, replacing the diesel of years past. Use of this fuel results in lower sulfur dioxide emissions and, consequently, lower environmental and health impacts.