Xiaomi SU7 offers amazing charging speeds

Xiaomitook its first step into the electric car industry in China and launched the SU7 series models. SU7, SU7 Pro and SU7 Max models in this series are offered to consumers with different features. Especially the SU7 Max model attracts attention with its high charging capacity. During a test at Huawei’s supercharging station, the charging speed of the SU7 Max model attracted great attention. According to the test results, the vehicle can gain a range of 10 kilometers in just 30 to 40 seconds by receiving 180 kW of power.

When the SU7 Max was tested with a range of 216 kilometers, the remaining charging time was shown to be only 26 minutes. During this period, the vehicle drew 181 kW of power, while the charging voltage was 753V. Additionally, the vehicle consumes enough energy to provide a range of approximately 3 to 4 kilometers per second. XiaomiAccording to the information provided by , the vehicle can be charged from 0 to 99% in just 47 minutes using a 600 kW charging station. In these tests, the average charging power of the vehicle was measured as 140 kW and the maximum charging power was 276 kW.

Xiaomi SU7 offers amazing charging speeds

Xiaomihas tested the charging capacity of SU7 Max in detail. The company has conducted compatibility tests with more than 2,000 different charging station models, confirming that this vehicle is compatible with most charging options. Additionally, the company also shared some data on short-term charging performance. Accordingly, SU7 Max can achieve a range of 220 kilometers in 5 minutes and 510 kilometers in 15 minutes. This shows that a range of 1.7 to 2.2 kilometers per second is gained.

XiaomiThis new electric vehicle series brings together innovations in the technology and automotive sectors and is considered an important step in the future of electric vehicles. These vehicles aim to meet the expectations of electric vehicle users with their high charging speed and wide range capacity. XiaomiThis initiative seems to further increase competition in the electric vehicle market.