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Clear Pros & Trade-offs
Independent Comparison
BYD Han
AI Overview
Daily commuting saves money and comes with a variety of configurations, but pure electric range and fast charging speed are relatively weak, resulting in a discounted experience when running out of battery.
- When the battery level is low, the acceleration performance will decrease and the engine noise will become more noticeable.
- The whole car has 12 A camera that belongs to a higher level among its peers.
- electricity consumption per 100 kilometers 15 kWh It belongs to a lower level among peers.
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 capability
No reliable conclusionThe start is light and agile, the motor responds quickly, and the power reserve may be sufficient when the engine intervenes in the middle and later stages (with basic parameters/AI, it is recommended to confirm with the content library data), but the engine noise is more obvious when accelerating at full speed.
Best for
Users who value the hardware configuration of assisted driving
With a large number of cameras and a solid foundation in assisted driving hardware, it may bring a more reliable intelligent driving experience.
Home users who pursue low energy consumption and low usage costs
Low power consumption per 100 kilometers, low fuel consumption due to power loss, and more economical long-term usage costs.
Think twice if
Users who frequently travel long distances or highways and have difficulty charging
Pure electric battery life is short, and acceleration and noise performance may deteriorate when running out of battery, which may compromise long-distance experience.
Users who have high requirements for vehicle handling and driving pleasure
The car body is long, there is a delay in steering, and the handling limit is not high, which is not suitable for intense driving.
Strengths and trade-offs
Key strengths
Easy to follow the car in daily life, confident in overtaking
The power response is positive, and it is relatively easy to follow and overtake in daily driving.
Can be used as a pure electric vehicle in daily life, reducing usage costs
Pure electric range meets daily commuting needs, allowing for most of the time to use only electricity and reducing fuel expenses.
Stable body and low wind resistance during high-speed driving
When driving at high speeds, the body posture is stable and the wind resistance is low, which helps to improve the range and stability.
Trade-offs
Acceleration attenuation and high engine noise during power loss
When the battery level is low, the acceleration performance decreases and the engine noise increases significantly.
In winter, with low temperatures or high-speed road conditions, the achievement rate of pure electric range may only be 70%
During winter or high-speed driving, the actual pure electric range may only be nominal 70% about.
The vehicle is long and difficult to park on narrow roads
The driver is approaching 5 It is inconvenient to turn or park in narrow parking spaces or alleys.
Must know
Slow acceleration and increased engine noise during power loss
When the battery level is low, the acceleration performance will decrease and the engine noise will become more noticeable.
There are many cameras and strong hardware for assisted driving
The whole car has 12 A camera that belongs to a higher level among its peers.
electricity consumption per 100 kilometers 15 Good performance in terms of energy consumption and efficiency
electricity consumption per 100 kilometers 15 kWh It belongs to a lower level among peers.
How does it compare with similar cars?
Clear strengths
Number of cameras
12 A camera that belongs to a higher level among its peers.
electricity consumption per 100 kilometers
15 kWh/100km It belongs to a lower level among peers.
Minimum State of Charge Fuel Consumption
4.7 L/100 km It belongs to a lower level among peers.
Weaker areas
Maximum Torque
315 N·m， Belonging to a lower level among peers.
Fast charging power
40 kW It belongs to a lower level among peers.
CLTC Pure electric endurance
125 km It belongs to a lower level among peers.
Specifications
Names, groups, and units come from the backend parameter dictionary
Engine
1.5T 156 hp L4
Transmission
E-CVT
Displacement (L)
1.5 L
Displacement (mL)
1498 mL
Fuel Supply System
direct injection
Recommended Fuel Grade
RON 92
Aspiration
Turbocharged
Valve Train
DOHC
Drivetrain
Front-engine, front-wheel drive
Number of cylinders (pcs)
4 count
Transmission Type
Electronic continuously variable transmission (E-CVT)
Maximum horsepower (Ps)
156 Ps
Cylinder arrangement form
L
Number of valves per cylinder (pcs)
4 count
Battery Type
LFP
WLTC combined fuel consumption (l/100km) (L/100km)
1.06
CLTC Range
125 km
Belonging to a lower level among peers
Daily commuting is sufficient, but long-distance or winter battery life will be significantly reduced.
Watch out: The actual range is affected by temperature and road conditions.
Energy Consumption
15 KWH_PER_100KM
Belonging to a lower level among peers
Low electricity consumption makes daily electricity more cost-effective.
Watch out: Actual power consumption is influenced by driving habits and road conditions.
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