The First Mile: Port of Vancouver Launches New Electric Semi Truck Pilot

The electrification of heavy transport is moving from theoretical promise to operational testing. A fleet of electric Peterbilt 579EV Class 8 trucks is now working container-hauling routes at the Port of Vancouver as part of a new, data-sharing pilot program designed to measure the real-world benefits of electric drayage trucks on first-mile delivery routes.

First-mile delivery involves moving containers from ports or manufacturing centers to nearby rail yards and truck terminals. These routes are often short and predictable, characterized by heavy payloads and trucks returning to a home lot at night. This operational pattern makes first-mile drayage a primary candidate for electrification.

The ELECTRA (ELEctric Container TRucking progrAm) pilot aims to validate the economic and operational viability of this transition. Through this program, five port shipping companies are receiving heavily subsidized 60-month lease terms on new Class 8 electric semi trucks and supporting charging infrastructure. The deal includes maintenance costs, technical support, and technician training.

This structure addresses the primary hurdle for electric heavy-duty fleets: utilization. For electric vehicles, the economic benefit scales with mileage. By covering the overhead of maintenance and training, the program lowers the barrier to entry for carriers testing alternative power.

The program received an estimated $3 million in combined support from Transport Canada, the Province of British Columbia, and the Vancouver Fraser Port Authority, with additional funding expected from BC Hydro’s EV Fleet Program. Shipping company Simard Westlink has already deployed a Peterbilt Model 579EV as the first vehicle in the program. Other participants include Aheer Transportation, Lally Bros. Holding, TransBC Freight, and West Coast Freight.

The significance of this pilot lies in the data. All five companies will record data from their trucks over the next year, sharing findings with industry and government partners to inform the future adoption of battery electric semi trucks. This is not just a hardware test; it is a longitudinal study on whether the math of electric drayage holds up under the stress of heavy, continuous payloads.

The success of this program will depend on whether the recorded data can convince the broader industry that the cost of transition is offset by the operational advantages of predictable, short-haul electric routes.

Watch the data output from these five companies over the next year to see if the operational math supports a wider rollout.