Daily commute
MixedIn urban commuting scenarios, the city commuting power is abundant, and acceleration is not sluggish; however, the acceleration ability in the later stages of highways is average, and the acceleration after 100 km/h is weaker.
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AI Overview
In urban commuting scenarios, the city commuting power is abundant, and acceleration is not sluggish; however, the acceleration ability in the later stages of highways is average, and the acceleration after 100 km/h is weaker.
In long-distance highway scenarios, daily driving is easy, and frequent direction correction is not necessary; however, confidence is lacking during intense driving, and the steering feels light.
In families with children scenarios, the family car can comfortably seat two adults and one child in the back seat; however, the headroom is limited, making it unsuitable for frequent tall passengers.
In multiple occupants scenarios, the power is readily available in urban traffic conditions; however, the acceleration ability on highways is limited, making it difficult to satisfy intense driving.
In novice driving scenarios, daily driving is easy and does not require frequent steering adjustments; however, it is important to be aware of a lack of confidence and a slightly light steering feel during intense driving.
In scenarios without home charging, a weekly charge for daily commuting is sufficient; however, it is important to note the significant range reduction in winter due to the characteristics of lithium iron phosphate batteries.
In low temperature winter scenarios, a weekly charge for daily commuting is sufficient; however, it is important to note the significant range reduction in winter due to the characteristics of lithium iron phosphate batteries.
In preference for driving feel scenarios, the city commuting power is abundant, and acceleration is not sluggish; however, the acceleration ability in the later stages of highways is average, and the acceleration after 100 km/h is weaker.
In low-cost car usage scenarios, a weekly charge for daily commuting is sufficient; however, it is important to note the significant range reduction in winter due to the characteristics of lithium iron phosphate batteries.
In weekend travel scenarios, the seat support is good and does not sag, which is beneficial for maintaining a driving posture; however, it is important to be aware of the lack of softness, as the body and seat come into direct contact on bumpy roads.
Understand this car through driving, comfort, design, daily use, and long-term ownership
The start is light and agile, and overtaking in the city is very efficient
The city has abundant power, low electricity consumption, low daily commuting costs, and sufficient battery life for a week's commute.
The legroom in the back row is spacious, the floor is flat, and it is not crowded for three adults to sit on.
The acceleration ability in the later stage of high-speed travel is average, and the range and fast charging power are low, which will compromise the long-distance travel experience.
Direct release of motor torque, confidence in overtaking at medium and low speeds, abundant power for urban commuting, and smooth acceleration.
The legroom in the back row is spacious, and the floor is almost flat, making it easy for two adults and one child to sit.
Only 100 kilometers of electricity consumption 11 kWh/100km, at the top level among peers (approximately before)96%)。
100 km/h Weak acceleration afterwards, lack of confidence when overtaking or merging at high speeds.
The headroom in the back row is average and not suitable for sitting tall frequently.
maximum power 135 kW(About)184 Horsepower), at a lower level among peers (approximately 13%)。
The battery capacity is 49.92 kWh, at a relatively low level among vehicles in the same class (approximately 5% The location).
CLTC Pure electric range is 517 km, relatively low among peers (about before)15% The location).
The power consumption per 100 kilometers is 11 kWh/100km Very outstanding among peers (approximately before)96% The location).
The power consumption per 100 kilometers is 11 kWh/100km, at the top level among peers (approximately before)96%)。
Fast charging power is 70 kW, at a lower level among peers (approximately before)4%)。
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
135 kW
Compared to other models in the same class, it is at a relatively low level (approximately 13% The location)
The power parameters are not outstanding, sufficient for city driving, but there may be a lack of afterpower when overtaking or fully loaded at high speeds.
Watch out: The actual acceleration experience is also affected by the vehicle weight and motor tuning.
Max Torque
303 N·m
Compared to other models in the same class, it is at a relatively low level (approximately 20% The location)
Torque determines the explosive force of acceleration, and there is confidence in overtaking at medium and low speeds, but the ability to accelerate at high speeds is average.
Watch out: The actual acceleration experience is also affected by the gearbox and electronic control system.
Battery Type
LFP
Battery Capacity
49.92 kWh
Compared to other models in the same class, it is at a relatively low level (approximately 5% The location)
The battery capacity determines the upper limit of the range, and a smaller battery means that long-distance travel requires more frequent charging.
Watch out: The actual range may be lower than the nominal value due to driving habits, road conditions, and temperature.
Battery energy density (Wh/kg)
146.39 WH_PER_KG
CLTC Range
517 km
Compared to other models in the same class (approximately)15% The location)
CLTC It is the range under ideal working conditions, but it may be discounted in actual use, especially at high speeds and in winter.
Watch out: The actual range may be lower than the nominal value due to driving habits, road conditions, and temperature.
Energy Consumption
11 KWH_PER_100KM
Very excellent among vehicles in the same class (approximately before)96% The location)
Low power consumption means that each kilowatt hour of electricity can travel further, resulting in lower daily usage costs.
Watch out: The power consumption may be higher than the nominal value due to the influence of driving style and road conditions.
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