61-69-seat pure electric public transportation vehicles
Pure electric public transportation buses, also known as electric buses or e-buses, are vehicles that run solely on electricity and are used for public transportation purposes. They provide a cleaner and more environmentally friendly alternative to traditional diesel or gasoline-powered buses.
The design of electric buses is similar to conventional buses, with a spacious interior and seating capacity for multiple passengers. However, there are some key differences in terms of the powertrain and technology.
Electric buses are powered by an electric motor that is fueled by electricity stored in onboard batteries. These batteries are usually lithium-ion or other advanced battery technologies that provide a high energy density and longer driving range. The batteries are charged by plugging the bus into dedicated charging stations or infrastructure, either overnight or during scheduled breaks throughout the day.
One of the notable advantages of electric buses is their lower environmental impact. They produce zero tailpipe emissions, reducing air pollution and greenhouse gas emissions. This makes them an attractive option for cities and regions aiming to improve air quality and reduce carbon footprint.
In terms of performance, electric buses offer smooth and quiet operation. The electric motor provides instant torque, resulting in quick acceleration and responsive driving. The absence of an internal combustion engine eliminates the noise and vibrations associated with traditional buses, providing a more comfortable and pleasant ride for passengers.
The range of electric buses varies depending on the battery capacity and driving conditions. With advancements in battery technology, many electric buses can achieve ranges that are sufficient for daily transit routes. However, longer journeys may require additional charging infrastructure or battery swapping systems to ensure continuous operation.
To support the operation of electric buses, charging infrastructure is essential. This includes charging stations at bus depots or terminals, as well as along designated routes or at strategic locations. Different charging methods are available, including slow overnight charging, fast charging during breaks, and opportunity charging at selected stops or stations.
Overall, pure electric public transportation buses offer a sustainable and efficient solution for urban transportation. They contribute to cleaner air, reduced noise pollution, and a greener future for public transit systems. As technology continues to advance, electric buses are expected to play an increasingly significant role in modernizing public transportation networks around the world.
| Vehicle parameters/information |
| use | bus |
| Body length | 12000mm |
| Body width | 2550mm |
| Body height | 3200,3280mm |
| Vehicle quality | 13500,14000kg |
| total mass | 18000kg |
| Body structure | full load |
| number of seats | 69/10-49,61/10-49 |
| maximum speed | 69km/h |
| Motor parameters |
| Displacement | N/AmL |
| motor | YCVF280M2-8B()electric motor |
| Motor Power | 132(electric motor)kW |
| Motor brand | Wanxiang Electric Vehicle Co., Ltd. |
| Chassis parameters/configuration |
| Chassis | load-bearing body |
| front suspension rear suspension | 2710/3415mm |
| Suspension System | air bag |
| Number of spring leaves | -/- |
| Number of axes | 2 |
| Wheelbase | 5875mm |
| Axle load | 6500/11500kg |
| Front track | 2096mm |
| rear wheelbase | 1836mm |
| Approaching departure angle | 6.5/6.5° |
| tire |
| Number of tires | 6 |
| Specification | 295/80R22.5,275/70R22.5 |
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