最好的电动汽车充电器for 现代科纳电气

我们的充电站兼容当今和未来市场上的所有类型的电动汽车，当然包括现代科纳电气。以下有关现代科纳电气充电容量和规格的信息将帮助您了解哪种充电功率最适合以及选择哪种充电器。

现代科纳电气

TYPE	CAPACITY	RECOMMENDATION
Regular electricity outlet	2.3 kW	This charging method is intended for emergencies only.
Kona Electric e-Lite (39.2 kWh) - 7.2 kW 1-phase. Uses a DIFFERENT cable from the e-Plus / e-Max: EV Cable 32A 7.2kW 5m Type 2
1-Phase, 16A	3.7 kW	This charging station takes longer to fully charge this car.
1-Phase, 32A	7.2 kW	This charging station is the BEST fit for this car! Recommended: Guru Swift Advance EV Charger 7kW / 22kW (Type 2 Plug) · EV Cable 32A 7.2kW 5m Type 2
3-Phase, 16A	11 kW	This charging capacity is LOWER than your car can handle. #1
3-Phase, 32A	22 kW	This charging capacity is HIGHER than your car can handle. #2
DC Fast Charger	DC 50 kW	This car can handle fast charging.
Kona Electric e-Plus / e-Max (64 kWh) - 11 kW 3-phase. Needs a DIFFERENT cable from the e-Lite: EV Cable 32A 3-Phase 22kW 5m
1-Phase, 16A	3.7 kW	This charging capacity is LOWER than your car can handle.
1-Phase, 32A	7.4 kW	This charging capacity is LOWER than your car can handle.
3-Phase, 16A	11 kW	This charging station fits the car, but the 11kW charger is not scalable for the future #3
3-Phase, 32A	22 kW	This charging station is the BEST fit for this car! Recommended: Guru Swift Advance EV Charger 7kW / 22kW (Type 2 Plug) · EV Cable 32A 3-Phase 22kW 5m
DC Fast Charger	DC 77 kW	This car can handle fast charging.
REMARK: #1. The AC charging of the e-Lite uses Single-Phase. If a 3-Phase 11kW (3-Phase, 16A) charger is used, the charging capacity will be converted into 1/3, which becomes 3.7kW, which is lower than the maximum charging capacity of this car, which is 7.2kW. #2. This charging station 3-Phase, 32A is still compatible with this car, but it won't charge faster than the max. charging capacity this car can handle. #3. The charging station 11kW 3-Phase 16A fits the car, but the 11kW charger is not scalable for the future. Moreover, the charging efficiency of the 11kW charger for other EVs charged with single-phase will be converted into 1/3. So we do not recommend