On May 13, Polar Krypton Service explained the charging power issues of recent concern on the social platform.
Polar krypton officials say there is no artificial limit on charging power.
The charge and discharge management system of electric vehicle will comprehensively consider the energy replenishment scene, station conditions, battery power and other factors, and automatically make intelligent dynamic adaptation to the charging power.
Source: Weibo screenshot of polar krypton service.
in addition, polar krypton officials emphasize that power batteries naturally decay with the increase of service life and the number of charging cycles, which will also affect the peak power during charging, which is also the general physical characteristic of lithium batteries.
Moreover, in the process of single charge, the charging power is not always at the peak, and it will change dynamically due to the influence of remaining electricity, charging pile power, battery temperature, power grid conditions and other factors.
According to public data, by the end of April this year, the number of polar krypton self-built charging stations reached 1028 (including special field stations), and 471 extreme charging stations have been launched, with a total of 2547 polar charging piles.
In addition, the third-party premium charging network connected to the polar krypton App charging map has covered 340 + cities and 760000 + charging guns.
At present, polar krypton is accelerating the project of “thousands of stations, ten thousand piles”.
It is estimated that the number of extreme filling stations will reach 1000 in 2024, and the total number of extreme filling piles will reach 10000 in 2026.
In addition, on April 1, the first V3 pole charging station of polar krypton landed in Ningbo.
Officials said that the station was equipped with eight industry first V3 pole charging piles, and the peak power of a single gun could reach 800kW.
Charging measurement shows that the new polar krypton 001WE version of 95kWh battery with extreme charge V3 measured peak power of 546.
4 kW 10% to 80% charge time is only 11 minutes and 28 seconds.
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