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District pilot of electric school bus achieved about 42 miles on local routes; charging time, cost and depot capacity raise questions
Summary
A loaned electric bus tested on Fayetteville-Manlius routes completed roughly 42 miles on cold-weather runs before depleting its charge; district staff flagged long charging times, required fast-charging infrastructure and $552,000 vehicle costs as barriers to near-term purchases.
FAYETTEVILLE, N.Y. — The Fayetteville-Manlius Central School District conducted a short pilot of a loaned electric school bus and reported results and operational concerns to the Board of Education on March 10.
District facilities staff arranged for a vendor to provide a demonstration bus that was driven on local routes for more than a week. Facilities Committee members said the vehicle completed morning runs of roughly 42–45 miles before the battery reached a low state of charge; in cold-weather conditions the bus’s passenger compartment remained chilly on the completed route, and recharging on the district’s trickle charger required many hours (staff indicated roughly 22 hours to full charge after a depleted run).
The nut graf: the district said real-world range and charging time on district routes, together with the vehicle purchase price and depot charging constraints, make immediate district-wide purchase of battery-electric buses impractical; staff recommended continued monitoring of technology and alternative fuel options.
Key findings: committee and staff reported the demonstration vehicle had an estimated range on full charge of about 80–90 miles under more favorable conditions but on the district’s cold-weather test days the bus used nearly the full battery capacity on a single morning route. Staff estimated the vendor quote for a comparable electric bus at about $552,000 plus charging infrastructure costs; using a trickle charger after an exhausted run can require roughly a day to restore full capacity, while a fast charger can reduce turnaround time but may shorten long-term battery life and requires significantly higher upfront infrastructure investment.
Operational concerns raised by board members included depot parking and conduit capacity at the district bus garage, whether electric buses can reliably complete multiple daily runs or respond to mid-day emergencies, and the availability and lifespan tradeoffs of fast-charging versus slow-charging strategies. Board members noted that a crew’s inability to use the bus for afternoon runs after a depleted morning run would limit operational flexibility unless additional chargers or spare vehicles are available.
Why it matters: schools considering electric buses must evaluate actual route profiles, climate impacts on battery performance, depot electrical capacity and the total cost of ownership — vehicle price plus charger installation and potential repeated battery replacements. The district said the demonstration was valuable but concluded the technology is not ready for a broad capital purchase in this budget cycle given the cost and operational limits observed.
Ending: district staff said they will continue to follow developments in electric-bus technology and alternative fuels but do not recommend immediate large-scale purchases based on the pilot’s real-world results.
