What is the actual power consumption of BYD new energy vehicles? The actual power consumption of BYD’s new energy vehicles varies depending on the model, battery capacity, driving conditions and user habits.
BYD has a wide range of new energy vehicles, and the battery capacity varies from model to model, which directly affects the amount of power needed for charging. The battery capacity of the BYD Han EV is about 85.4kWh. Theoretically, it takes about 85.4 kWh to fully charge the battery, but taking into account the battery efficiency and power loss, the actual power consumption may be around 89 kWh.
Driving conditions have a significant impact on the power consumption of new energy vehicles. In city driving, due to relatively smooth road conditions, the actual range is expected to be long, and the power consumption of 100 kilometres is low, possibly between 13-16 degrees. At highway speeds, the actual range may drop due to increased energy consumption, and the 100km power consumption may be as high as 18 kWh or even higher.
The user’s habits will also have an impact on power consumption. If the car owner often charges when the remaining power is low, then the amount of power required for each charge will be relatively high. Whether to use fast or slow charging also affects charging efficiency and power consumption. While fast charging is efficient, it may have an impact on battery life, while slow charging is more helpful in protecting the battery, but the charging time is relatively long.
Some owners have tested BYD Han EV in the city when driving at slow speeds, the range can basically reach 95%, and the power consumption is less than 12 kWh. At high speeds, on the other hand, if the speed exceeds 130 kilometres per hour, the power consumption may rise to around 20 kWh. This further illustrates the impact of driving conditions on power consumption.
Leave a Reply