Lithium high speed electric vehicle the front face of the vehicle adopts a relatively lovely design style, and the front light group is designed with rounded shape. In terms of body size, the length, width and height are 2930*1517*1620mm, and the wheelbase is 1940mm. The maximum endurance is 200km, the maximum power is 13kW, and the maximum speed is 100km/h.
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Dimension |
L×W×H (mm) |
2930×1517×1620 |
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Number of doors / seats |
3 doors 2 seats |
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Wheelbase (mm) |
1940 |
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Weight |
Net weight (kg) |
720 |
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Payload (kg) |
2 persons |
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Performance |
Max speed (km/h) |
100 |
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Mileage (km) |
200 |
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Power system |
Battery (kWh) |
15.5kwh |
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Motor (kW) |
Rated / peak power: 13/20 |
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Charging time |
7h |
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Chassis system |
Braking system |
Disc (F/R) |
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Suspension system |
McPherson |
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Luggage Capacity |
1m³ |
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Assistance system |
Maximum Gradeability |
≥20% |
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Certification |
Parts: CCC & E-mark |
Vehicle: CCC |
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Product Features Introduction
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Lithium high speed electric vehicle the interior adopts a 2 seat layout.
Lithium high speed electric vehicle the layout of the center control area is clear and regular,a large-size LCD display, coupled with the all-LCD dashboard, adds a certain sense of technology.
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Technical Support and Service
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Our company has a multi disciplinary, highly trained and efficient professional staff to provide high quality service and support to all our customers in line with our brand.
Packing Scheme
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According to the demand of the order, the company issues a reasonable packing plan to solve the worries of packing and shipping.
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The economy of a lithium high-speed electric vehicle refers to the overall cost-effectiveness and efficiency of the vehicle, taking into account factors such as the cost of ownership, operational costs, and environmental impact. Here are some key points regarding the economy of a lithium high-speed electric vehicle:
Initial Cost: The upfront cost of a lithium high-speed electric vehicle is generally higher than that of a traditional internal combustion vehicle. However, federal and local incentives, such as tax credits and rebates, can help offset this cost.
Operating Costs: Electric vehicles have lower operating costs compared to gasoline-powered vehicles, as electricity is often cheaper than gasoline or diesel. Additionally, EVs have fewer moving parts, resulting in less frequent maintenance and lower repair costs.
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