Daily commute
StrongIn urban commuting scenarios, the electric motor provides 204 horsepower, accelerating quickly and comfortably for city commuting; however, the high-speed acceleration is average, not as good as high-power models.
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Clear Pros & Trade-offs
Independent Comparison
Skyworth Auto Skyworth EV6
AI Overview
The battery life and energy consumption performance are good, but the battery capacity and charging speed are average, suitable for urban commuting, and long-distance planning is needed.
- NEDC Pure electric endurance 402 km It belongs to a higher level among peers.
- battery capacity 51.92 kWh It is relatively low among peers.
- electricity consumption per 100 kilometers 14.1 kWh At the upper middle level of the same class.
Fits these scenarios
Long-distance travel
StrongIn high-speed long-distance scenarios, the multi-link rear suspension improves rear-wheel tracking. However, it should be noted that the steering feels light and the road feel feedback is average.
Family use
StrongIn families with children scenarios, the rear seats support backrest adjustment, enhancing comfort; however, the middle seat cushion in the rear is relatively hard, making long-distance comfort generally average.
Full-load travel
StrongIn scenarios with multiple passengers, the torque is sufficient, providing confidence for daily overtaking; however, the power does not have a significant advantage compared to models at the same price point.
New drivers
StrongIn novice driving scenarios, the multi-link rear suspension improves rear-wheel tracking. However, it should be noted that the steering feels light and the road feel feedback is average.
No home charging
StrongIn scenarios without home charging, the electricity consumption per 100 kilometers is 14.1 kWh, and the energy consumption performance is moderate. However, it should be noted that the battery capacity is only 51.92 kWh, and long-distance travel requires planning of charging routes.
Winter use
StrongIn winter low-temperature scenarios, the electricity consumption per 100 kilometers is 14.1 kWh, and the energy consumption performance is moderate. However, it should be noted that the battery capacity is only 51.92 kWh, and long-distance travel requires planning of charging routes.
Driving enjoyment
StrongIn scenarios preferring driving experience, the electric motor provides 204 horsepower, accelerating quickly and comfortably for city commuting; however, the high-speed acceleration is average, not as good as high-power models.
Low running cost
StrongIn low-cost vehicle usage scenarios, the electricity consumption per 100 kilometers is 14.1 kWh, and the energy consumption performance is moderate. However, it should be noted that the battery capacity is only 51.92 kWh, and long-distance travel requires planning of charging routes.
Weekend trips
StrongIn weekend travel scenarios, the fabric part is anti-slip, and it doesn't feel hot on the backside in summer. However, it should be noted that the padding is somewhat hard, providing sufficient support but lacking in wrapping.
Real-world Experience
Understand this car through driving, comfort, design, daily use, and long-term ownership
Needs attention ── Balanced ── Standout strengthNeeds attentionBalancedStandout strengthNo reliable conclusion
Acceleration performance
No reliable conclusionFast and agile acceleration, enough for the city.
Best for
Urban commuting users
endurance 402 km Low energy consumption, fast and agile acceleration, suitable for daily commuting and city commuting.
Energy conscious users
electricity consumption per 100 kilometers 14.1 kWh The energy consumption performance is above average and can reduce daily usage costs.
Users with limited budget
Think twice if
Users who frequently travel long distances
Small battery capacity, battery life 402 km Long distance charging requires frequent charging, and the fast charging speed is average.
Users who pursue strong power
Strengths and trade-offs
Key strengths
High endurance efficiency
NEDC endurance 402 km Electricity consumption per 100 kilometers 14.1 kWh Balance battery life and energy consumption performance.
Fast and agile acceleration
electric motor 204 Horsepower, agile acceleration, more than enough for urban commuting.
Supports fast charging
Trade-offs
The ability to accelerate at high speeds is average
The high-speed acceleration ability is average, not as good as high-power models.
Small battery capacity
The battery capacity is only 51.92 kWh Long distance travel requires planning a charging route.
Slow charging time is relatively long
Must know
Range performance
NEDC Pure electric endurance 402 km It belongs to a higher level among peers.
battery capacity
battery capacity 51.92 kWh It is relatively low among peers.
charging speed
How does it compare with similar cars?
Clear strengths
NEDC Pure electric endurance
402 km At a relatively high level among peers.
electricity consumption per 100 kilometers
14.1 kWh/100km At the upper middle level of the same class.
Weaker areas
battery capacity
51.92 kWh It is at the lowest level among its peers.
Maximum speed
150 km/h At a lower level among peers.
maximum power
150 kW At a lower level among peers.
Specifications
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
Low among peers（P 6）
The power output is average and meets daily use.
Watch out: Low power, average high-speed acceleration capability.
Max Torque
320 N·m
Being at a lower middle level among peers（P 30）
Sufficient torque, powerful starting and climbing.
Watch out: The torque output is affected by motor calibration.
Battery Type
LFP
Battery Capacity
51.92 kWh
Low among peers（P 0）
The battery capacity is small, and the actual range may be short. Long distance travel should be cautious.
Watch out: The battery capacity is small, but the endurance performance is still acceptable, which may be related to energy consumption control.
Battery energy density (Wh/kg)
127.2 WH_PER_KG
NEDC Range
402 km
Energy Consumption
14.1 KWH_PER_100KM
Being at an upper middle level among peers（P 62）
Low energy consumption helps to improve actual range and reduce vehicle costs.
Watch out: Actual energy consumption is influenced by driving style and road conditions.
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