The maximum charging power of a Tesla Model Y depends on the type of charger used and the battery pack configuration. The following lists the maximum charging power of the Model Y under different conditions:
1. Use a Tesla Supercharger Station: If the Model Y is charged using a Tesla Supercharger station, the maximum charging power can reach 250 kilowatts, depending on the vehicle's battery pack configuration and the type of charger.
2. Use a Tesla Wall Charger: If the Model Y is charged using a Tesla wall charger (also known as a \"high power wall charger\"), the maximum charging power can reach 48 amps, which is equivalent to 11 kilowatts of power.
3. Use another public charging station: If the Model Y uses another public charging station for charging, the maximum charging power depends on the type and power of the charger. For example, when using a CCS charger, the maximum charging power can reach 120 kW.
It is important to note that different battery pack configurations may have different power limits when charging. In addition, factors such as the state of the charger, ambient temperature and battery power may also affect the charging power. Therefore, in the actual charging process, the maximum charging power of the Model Y may vary.
Maximum charging power up to 250kW
The Model Y will likely have the same 21700 battery pack as the Model 3, with support for the V3.0 supercharging system. The system has a maximum charging power of 250kW, and each car in the charging station can reach the maximum charging power. The average charging amount per unit hour can reach 2 times the battery capacity, and the average user's charging time is only between 15-25 minutes
250kW
Because Tesla officially claims that the Model Y can use the V3 super charging pile with a maximum charging power of 250kW, which can allow the vehicle to charge quickly in a short time and extend the vehicle's driving range. In addition, in order to make charging more convenient for users, Tesla has also built a large number of supercharging stations around the world, which can allow users to easily charge on the road.