Daily commute
StrongIn urban commuting scenarios, the city driving power is sufficient, with a direct response; however, it should be noted that the high-speed acceleration capability is weak, and climbing with a full load is strenuous.
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AI Overview
In urban commuting scenarios, the city driving power is sufficient, with a direct response; however, it should be noted that the high-speed acceleration capability is weak, and climbing with a full load is strenuous.
In a long-distance highway scenario, it is agile in city driving and convenient for parking; however, the accuracy of steering is generally average, leading to a lack of confidence in aggressive driving.
In the context of families with children, small cars offer exceptional rear space, making them suitable for occasional passenger transportation; however, it should be noted that the rear seats are somewhat hard, resulting in average comfort for long-distance rides.
In a multi-person, fully loaded scenario, the power output is smooth in economy mode, making it less prone to motion sickness; however, it should be noted that the power reserve is limited, making it unsuitable for aggressive driving.
In a novice driving scenario, it is agile in city driving and convenient for parking; however, the accuracy of steering is generally average, leading to a lack of confidence in aggressive driving.
In a scenario without home charging, the electricity consumption per 100 kilometers is low, resulting in low daily usage costs; however, it should be noted that there is no liquid-cooled battery thermal management, and fast charging is affected by temperature.
In a low-temperature winter scenario, the electricity consumption per 100 kilometers is low, resulting in low daily usage costs; however, it should be noted that there is no liquid-cooled battery thermal management, and fast charging is affected by temperature.
In driving preference scenarios, the city commuting power is sufficient, with direct response; however, it should be noted that the high-speed reacceleration ability is weak, and the full-load hill climbing is strenuous.
In a low-cost vehicle usage scenario, the electricity consumption per 100 kilometers is low, resulting in low daily usage costs; however, it should be noted that there is no liquid-cooled battery thermal management, and fast charging is affected by temperature.
In a weekend travel scenario, the front seat heating and ventilation configurations are practical; however, the cushion padding is relatively hard, resulting in medium comfort.
Understand this car through driving, comfort, design, daily use, and long-term ownership
Lightly pressing the power button can start quickly, but the acceleration in the later stages is weak, making it suitable for starting at city traffic lights.
Excellent endurance and power consumption performance, sufficient power for urban road conditions, compact and flexible body, suitable for daily commuting and picking up and dropping off children.
Unique design, outstanding appearance, smiling star ring light strip and energetic twist egg concept are very attractive, with a high rate of turning back when driving.
The maximum speed is only 140 km/h The ability to accelerate at high speeds is weak, and frameless doors may cause significant wind noise, affecting the driving experience.
maximum power 70 kW Being at the middle to lower level in the same class, one may feel overwhelmed when climbing slopes or accelerating rapidly under full load.
CLTC endurance 430 km Being at a relatively high level within the same category.
electricity consumption per 100 kilometers 10.7 kWh Better than the average level of the same class.
Number of cameras 5 It belongs to a relatively high level among peers and has a good foundation in assisted driving hardware.
Frameless doors may cause greater wind noise, especially when driving at high speeds.
maximum power 70 kW In the same level, it is at the middle to lower level, with weak high-speed acceleration ability and difficult climbing when fully loaded.
Some sheet metal joints may not be delicate enough, affecting the overall texture.
CLTC Pure electric range is 430 km It belongs to a higher level among peers.
The power consumption per 100 kilometers is 10.7 kWh Excellent performance in the same level.
maximum power 70 kW, maximum torque 160 N·m, In the same level, it is at a lower middle level.
CLTC endurance 430 km Being at a relatively high level within the same category.
electricity consumption per 100 kilometers 10.7 kWh Being at an excellent level among peers.
Number of cameras 5 One, at a relatively high level within the same category.
Names, groups, and units come from the backend parameter dictionary
Gear Count
1
Drivetrain
Front-engine, front-wheel drive
Transmission Type
Fixed-ratio transmission
Max Power
70 kW
Being in the middle to lower level among peers
The maximum power determines the upper limit of the vehicle's power,70 kW In small electric vehicles, it belongs to the general level and is sufficient for urban commuting, but overtaking at high speeds may feel sluggish.
Watch out: The power feel is also affected by the vehicle weight and motor tuning.
Max Torque
160 N·m
On average among peers
The maximum torque affects the acceleration sensation,160 N·m is at a normal level in small electric vehicles, with a light start but average acceleration in the later stages.
Watch out: The torque output characteristics are affected by motor tuning.
Battery Type
LFP
Battery Capacity
42.3 kWh
On average among peers
The battery capacity determines the energy storage capacity of a vehicle, directly affecting its range.42.3 kWh The capacity is at a conventional level among small electric vehicles.
Watch out: The actual range may be affected by driving habits, road conditions, and temperature, and may decrease in winter.
CLTC Range
430 km
Being at a relatively high level among peers
CLTC The endurance is the range under the testing standards of the Ministry of Industry and Information Technology,430 km It performs well in small electric vehicles and is basically sufficient for daily commuting and short distance travel.
Watch out: The actual range is affected by various factors and may be discounted during winter or high-speed driving.
Energy Consumption
10.7 KWH_PER_100KM
Being at an excellent level among peers
The power consumption per 100 kilometers is a key indicator for measuring the energy consumption of electric vehicles,10.7 kWh/100km This means that the consumption per hundred kilometers is about 10.7 Electricity costs are relatively low.
Watch out: The actual power consumption is affected by driving style and road conditions, and will increase during intense driving.
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