Usually this question, we can quickly understand and get an accurate answer through the following points.
As the main charging equipment in daily homes and some commercial places, AC EV charger provide convenient, safe and reliable charging solutions for electric car owners.
The most commonly used power of AC EV charger is：
3.7kW ， 230V , 1 phase， 16A
7.2kW ， 230V , 1 phase， 32A
11kW ， 400V , 3 phase， 16A
22kW , 400V , 3 phase , 32A
How to determine the most suitable power of AC EV charger that can be installed at home?
A. Check if your home can supply three phase electricity.
B. Check if your home circuit can support the current of the AC EV charger.
Check the current of the circuit breaker in the distribution box
| A | 10 | 1.6 | 20 | 32 |
| mm² | 2.5 | 2.5 | 4 | 6 |
| AWG | 1.3 | 1.3 | 1.1 | 9 |
C. Check the maximum charging power that your EV can support.
Tips.
You can use the charging interface of the tram to quickly determine whether the car supports three-phase charging.
In accordance with local regulations, the installation of charging piles is generally completed by professional installation companies.
For more information, you can ask a professional electrician, or ask us.
With the increase of global environmental awareness and the rapid development of the electric vehicle market, more and more companies have begun to install charging piles in the company parking lot. This initiative not only conforms to the trend of the development of The Times, but also provides a lot of convenience for enterprises and […]
Read More
EV Charging Cable, as the key link between the power grid and the vehicle battery, has a series of unique and important features, among which the standardized interface is its core feature.Strictly follow various international or national/regional standards (such as China’s GB/T, Europe’s Type 2, North America’s SAE J1772, etc.) to ensure the compatibility between […]
Read More
With the increasing popularity of electric vehicles (EVs), it is a challenge for automobile manufacturers to eliminate the driver’s “mileage anxiety” and make cars more affordable. This means reducing the cost of the battery pack and increasing its energy density. The amount of energy stored and consumed per watt hour in the battery is critical […]
Read More
