Electric Shuttle Vehicle

A: Electric Shuttle Vehicles are primarily used for passenger transportation in controlled environments such as airports, resorts, industrial parks, hospitals, campuses, and large public facilities.

A: Passenger capacity depends on vehicle configuration and layout.
Typical configurations include:
6–8 passengers (compact shuttle models)
11–14 passengers (standard shuttle models)
14–23 passengers (extended or bus-style shuttle models)
Seating layout can be adjusted based on project requirements such as luggage space, wheelchair access, or VIP seating arrangements.

A: The operating range depends on:
Battery capacity configuration
Passenger load
Terrain conditions
Driving speed and stop frequency
Air conditioning usage (if equipped)
Under standard operating conditions, electric shuttle vehicles are generally designed for full-day operational routes within closed environments, such as airports or resorts, with scheduled charging during off-peak periods.

A: Charging time depends on battery capacity and charger specification.
Typical charging scenarios:
Standard AC charging: approximately 6–10 hours
Fast charging configuration (optional): approximately 2–4 hours
Charging systems can be configured according to regional grid standards (110V / 220V / 380V).

A: Most Electric Shuttle Vehicles use Lithium Iron Phosphate (LiFePO₄) batteries.
Key advantages include:
High thermal stability
Long cycle life
Improved safety performance under high-load operation
Suitable for continuous daily fleet usage
Typical cycle life is around 3,000+ charge cycles under standard conditions.