A light-duty electric truck is a commercial truck powered by an electric motor and battery system, designed for urban distribution, regional logistics and everyday cargo transportation. Compared with heavy-duty electric trucks, light-duty electric trucks are typically designed for more flexible commercial applications, including city delivery, retail distribution and short- to medium-distance transportation. EVB offers light-duty electric truck models such as the H8E and H9E, providing different battery and range configurations for commercial fleet requirements.

A mini electric truck is a compact electric commercial vehicle designed for urban delivery, last-mile logistics and other short-distance transportation applications. Its compact size makes it suitable for frequent-stop routes, narrow urban roads and commercial operations where maneuverability and operating efficiency are important. EVB’s mini electric truck range includes models such as F1E, F3E, F5E and V5E, with different battery capacities and driving ranges for different delivery requirements.

The range of a mini electric truck varies according to its battery capacity, vehicle configuration and operating conditions. EVB mini electric trucks provide different range options for urban and short-distance commercial transportation. Current models include the F1E with up to approximately 252 km, F3E with up to 280 km, F5E with up to 310 km, and V5E with up to 285 km of range. Actual driving range may vary depending on load, traffic, weather and driving conditions.

Electric light-duty trucks are commonly used for urban distribution, regional logistics, commercial freight, retail delivery and other cargo transportation applications. Their electric powertrains are particularly suitable for routes involving frequent stops and regular daily operation. Depending on the body configuration, an electric light-duty truck can support different cargo requirements, making it suitable for logistics companies, retailers, distributors and commercial fleets transitioning to electric transportation.

Mini electric trucks are designed for flexible commercial transportation, particularly in urban and last-mile delivery scenarios. Typical applications include retail distribution, e-commerce delivery, supermarket supply, local logistics and short-distance cargo transportation. Their compact dimensions can make them easier to operate in busy urban environments, while electric drive technology supports quiet and efficient daily delivery operations.

The charging time of an electric truck depends on the battery capacity, charging power, battery state of charge, charging technology and vehicle configuration. AC charging is generally suitable for overnight or scheduled charging, while DC fast charging can reduce charging downtime when vehicles need to return to operation quickly. For commercial fleets, charging time should be planned together with daily mileage, vehicle schedules, battery capacity and available charging infrastructure.

The appropriate electric truck charging system depends on the vehicle’s battery capacity, daily mileage and fleet operating schedule. AC EV chargers can be used for overnight and scheduled depot charging, while DC fast chargers are suitable for vehicles that require faster turnaround during the day. For commercial fleets with multiple electric trucks, EV charging stations can also be combined with intelligent load management and energy storage to better manage charging demand.

Yes. EVB provides EV charging stations and charging solutions for electric truck fleets, including AC charging and DC fast charging options for different commercial applications. Charging infrastructure can be configured for depot charging, scheduled fleet charging and faster daytime charging. By combining electric trucks with EV chargers, intelligent energy management and energy storage, EVB can support a complete charging infrastructure solution for commercial fleet electrification.

Yes. Electric truck charging can be combined with battery energy storage to create an integrated fleet charging and energy management system. Energy storage can help support high-power charging demand, improve power availability and coordinate energy use when multiple electric trucks are charging simultaneously. For commercial fleets, the combination of electric trucks, EV charging stations, energy storage and energy management can provide a more flexible approach to managing charging infrastructure and site energy consumption.