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AI Overview
In urban commuting scenarios, the city driving power is readily available, and the electricity consumption is well controlled. However, it should be noted that the vehicle lacks sufficient power for overtaking on highways, making it unsuitable for frequent long-distance travel and scenarios requiring frequent overtaking..
In high-speed long-distance scenarios, the steering is light for low-speed maneuvering, making it user-friendly for those with limited strength. However, the suspension tuning is soft, limiting the handling and making it unsuitable for intense driving.
In the context of families with children, the rear seating area provides decent lateral space when seating three people, with a flat floor enhancing comfort. However, it is worth noting that the length of the rear seat cushions is slightly short, providing insufficient support for the thighs. The headroom is tight for tall individuals..
In a multi-person, fully loaded scenario, the power is sufficient for non-intense driving scenarios and helps conserve energy. However, users with high power demands may find it less satisfying.
In a novice driving scenario, the steering is light for low-speed maneuvering, making it user-friendly for those with limited strength. However, the suspension tuning is soft, limiting the handling and making it unsuitable for intense driving.
In a scenario without home charging, daily commuting costs are low, with the cost of home charging at less than 1 cent per kilometer. However, the actual range differs from the stated range by about 20-30%, and it's worse in winter; the availability of fast charging stations affects energy replenishment.
In a low-temperature winter scenario, daily commuting costs are low, with the cost of home charging at less than 1 cent per kilometer. However, the actual range differs from the stated range by about 20-30%, and it's worse in winter; the availability of fast charging stations affects energy replenishment.
In scenarios where driving experience is preferred, the urban commuting power is readily available, and the electricity consumption is well controlled. However, it should be noted that the vehicle lacks sufficient power for overtaking on highways, making it unsuitable for frequent long-distance travel and scenarios requiring frequent overtaking..
In a low-cost car usage scenario, daily commuting costs are low, with the cost of home charging at less than 1 cent per kilometer. However, the actual range differs from the stated range by about 20-30%, and it's worse in winter; the availability of fast charging stations affects energy replenishment.
In a weekend travel scenario, the support is good, making it less prone to collapse; the heating and ventilation functions alleviate discomfort in both winter and summer. However, the seats are hard, not friendly to thinner users, and lack a massage function (optional).
Understand this car through driving, comfort, design, daily use, and long-term ownership
Acceleration capability
With a large number of cameras and equipped with LiDAR, it boasts comprehensive assisted driving functions, making it suitable for families who prioritize technology and safety.
The urban driving experience is brisk and efficient, with low electricity consumption and a range of 520 km kilometers, satisfying daily commuting needs. Charging is convenient.
The exterior is elegant, with a comprehensive lighting configuration that includes adaptive high and low beams, enhancing convenience during nighttime driving.
Low torque may result in insufficient power for overtaking at high speeds, potentially affecting the driving experience.
The design lacks radicalness and may not be attractive.
The number of cameras reaches 11, far exceeding the average level of its peers, and it is equipped with LiDAR and millimeter-wave radar.
The electricity consumption per 100 kilometers is 12.5 kWh, which is relatively low compared to its peers.
The overall vehicle design is steady and elegant, appealing to the aesthetic preferences of most family users. The lighting configuration is comprehensive, with adaptive high and low beams enhancing convenience at night.
The maximum torque is 200 N·m, which is relatively low compared to its peers.
The battery capacity is 58.37 kWh, which is relatively low compared to its peers.
Compared to some new-energy vehicle models, the design is not radical enough, which may lack appeal to avant-garde users.
The battery capacity is 58.37 kWh, which is relatively low compared to its peers (approximately in the 27 percentile).
Equipped with 11 cameras, it ranks relatively high in its class (approximately in the 94 percentile), and is also equipped with LiDAR and millimeter-wave radar.
The electricity consumption per 100 kilometers is 12.5 kWh, which is relatively low compared to its peers (approximately in the 80 percentile).
The number of cameras is 11, which is at a higher level compared to its peers (approximately in the 94 percentile).
The electricity consumption per 100 kilometers is 12.5 kWh, which is at a lower level compared to its peers (approximately at the 80 percentile).
The number of ultrasonic radars is 12, which is at a relatively high level compared to its peers (approximately in the 79 percentile).
The maximum torque is 200 N·m, which is relatively low compared to its peers (approximately in the 8 percentile).
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
150 kW
It ranks in the mid-range among its peers (approximately at the 43 percentile)
The power output meets daily use, but it is not particularly powerful.
Watch out: Power affects acceleration performance, but the actual feeling needs to be tested through a test drive.
Max Torque
200 N·m
It ranks relatively low among its peers (approximately at the 8 percentile)
Low torque may affect acceleration and hill-climbing capabilities.
Watch out: Low torque does not necessarily indicate poor power; it needs to be considered in conjunction with motor tuning.
Battery Type
LFP
Battery Capacity
58.37 kWh
It ranks relatively low among its peers (approximately in the 27 percentile)
The battery capacity affects the driving range and charging frequency. A smaller battery may mean a relatively shorter actual driving range.
Watch out: The actual driving range is affected by driving habits, road conditions, and temperature.
CLTC Range
520 km
It ranks in the mid-range among its peers (approximately at the 52 percentile)
The driving range is sufficient for daily commuting, but planning for charging is necessary for long-distance travel.
Watch out: The CLTC driving cycle differs from actual range, and the range may be reduced in winter or on highways.
Energy Consumption
12.5 KWH_PER_100KM
It ranks relatively low among its peers (approximately in the 80 percentile)
Low electricity consumption results in relatively low daily usage costs.
Watch out: Electricity consumption is affected by driving habits and road conditions, and may vary in reality.
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