The frame adopts a square tone, small rounded transition, rigid and soft, smooth lines,
beautiful and generous, giving people a feeling of elegance, kindness, and safety
Safety measures: Six key designs, eliminate fire hazards from the source, four escape safety settings, and provide multiple safe escape routes.
Independently master the three key core technologies of new energy vehicles, including electric bus control, motor and motor drive system, and battery system and battery management, to reach a high level.
The use of electro-hydraulic power steering technology improves the portability of low-speed steering and the stability of high-speed steering, and improves the steering performance and energy-saving characteristics of bus.
The combined anti-lock control strategy of friction braking and motor feedback braking can recover braking energy in the largest proportion and extend the driving range by 5%
The high-voltage components (power battery, motor, controller, etc.) of pure electric bus are designed in separate compartments, completely isolated from the passenger compartment, and the wading height of the whole bus is better than traditional diesel vehicles. The ATS intelligent cooling system technology is adopted to ensure the working temperature of high-voltage components is kept in a reasonable range, which improves the safety of electricity and driving.
The battery is centrally arranged above the motor at the rear of the vehicle, and the battery adopts water-cooling technology, which can extend the life of the battery and improve the crash safety of the vehicle at the same time.
Vehicle terminal and real-time monitoring system: support optimized mobile terminal browsing, when the vehicle breaks down, the system will notify the service personnel of the fault information; GPS and GPRS can track and locate the running position of the vehicle at any time for emergency rescue.
Comprehensive use of power-assisted control, return control, inertia control and damping control to improve the portability of low-speed steering and the stability of high-speed steering, while reducing energy consumption as much as possible.
Permanent magnet synchronous electrical drive controller technology for higher efficiency and longer life span.
Vehicle control technology: The vehicle control strategy can be customized and optimized according to different customers' road conditions, and the braking energy recovery efficiency can be scientifically and reasonably optimized to make the whole vehicle more energy-saving and improve the range.
The whole vehicle adopts Monocoque Bodywork technology, Metal closed ring structure, and T700 high-strength steel for the frame, which makes the vehicle lighter and more energy-saving.
number of seats
Maximum total mass
Approach/departure angle (0)
Battery capacity (kwh)
Passenger door structure
Open front door
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