EV Buses Failing Countrywide. Is Guelph Any Different?

Electric buses are being promoted as the future of public transit, yet Canadian cities that have already adopted them are reporting unreliable performance and spiraling costs. As Guelph moves forward with its own $185M facility and million-dollar buses, the question is whether we are learning from others or repeating their mistakes.

Electric buses continue to receive political support across Canada, but real-world performance has repeatedly fallen short of expectations. Regina and Edmonton demonstrate this clearly. In Regina, the transit union confirmed that its electric buses could operate for only a few hours during winter before requiring emergency recharging, with multiple units falling to critically low battery levels during routine service. Edmonton’s experience was even more serious: only a portion of its electric fleet remained operational after ongoing mechanical and battery issues, and the manufacturer involved later entered bankruptcy proceedings.

These examples matter for Guelph as the city expands its own electric bus program. Guelph’s units are supplied by Nova Bus, which has a longer history in Canada than some competitors, but cold-weather limitations are not manufacturer-specific. Across multiple jurisdictions, battery-electric buses have shown reduced range in winter, higher energy demand for heating, and significant performance variability. Although Guelph’s buses are advertised with a maximum range close to 300 kilometres, real-world results in cold climates elsewhere have routinely fallen below rated figures.

Costs also raise substantial questions. Guelph has not published its exact per-bus purchase price, but comparable Nova Bus LFSe+ units sold in Calgary and Quebec cost roughly $1,720,000 per bus (or $1.72M). This is significantly higher than a standard diesel bus, which is typically around half that amount. Cities that adopted electric buses earlier have also reported that projected fuel savings were weakened or erased by battery degradation, increased winter electricity consumption, and higher maintenance needs.