What is the range of the Roewe Marvel X in kilometers?
3 Answers
The range of the Roewe Marvel X is 403 kilometers. Range refers to the distance that can be traveled with the remaining fuel in the current tank, calculated automatically by the car's computer based on the current fuel consumption. Taking the 2019 Roewe Marvel X as an example, its body dimensions are: length 4678mm, width 1919mm, height 1618mm, with a wheelbase of 2800mm. The 2019 Roewe Marvel X is equipped with a permanent magnet synchronous motor, with a maximum power of 137kW and a maximum torque of 410Nm. It features a MacPherson independent front suspension and a trapezoidal multi-link independent rear suspension.
I remember the official range of the Roewe Marvel X is around 403 kilometers based on the NEDC standard, but in my daily commute, I find the actual range is between 380 to 400 kilometers, largely depending on driving habits. For instance, when I use the eco mode for commuting at moderate speeds, the energy consumption is lower. However, if I drive aggressively on the highway or use the heater, the range can drop below 350 kilometers. Weather also has a significant impact—battery efficiency decreases in cold winters, reducing the range, and using air conditioning in summer consumes a lot of power too. I recommend using fast-charging stations for daily charging, as they can charge up to 80% in just half an hour, which is very convenient. Overall, the car's range is more than sufficient for urban daily use, but planning charging stops is essential for long trips.
As someone who has researched electric vehicles, the Roewe Marvel X has an NEDC range of 403 kilometers, which is based on battery capacity and vehicle weight design, using a ternary lithium battery pack. In actual usage, the range fluctuates significantly. Aggressive driving styles or frequent acceleration and braking increase power consumption, reducing the actual range to around 370 kilometers. Temperature is also a critical factor; low temperatures can decrease battery activity, potentially reducing the range by 10%-15%. Vehicle systems like energy recovery can slightly improve efficiency when activated. In terms of charging, it supports DC fast charging, which takes about 1 hour for a full charge, while home slow charging requires 6-8 hours. Maintaining good battery health can extend its overall lifespan. Compared to vehicles in the same class, it performs stably in urban conditions but requires careful planning for long-distance trips.
