The majority of Level 2 EV charging stations are located in public or commercial parking spaces, at the workplace, or in residential areas. Level 2 chargers provide much faster charging compared to Level 1 chargers.
Please contact us if you need assistance finding the right charging equipment for your budget and needs as well as technical assistance in using your charger. Whatever your charging needs are, our knowledgeable team will help provide you with the right charging station that suits your requirements, whether it’s a Level 1, Level 2 or a Level 3, DCFC Fast Charger. In addition to installing all types of EV chargers, our licensed master electricians have extensive experience in this field. We do not recommend hiring any electrician or charging station without extensive experience. You can rest assured knowing you are getting the best products and installation available by calling our ChargeSmart EV certified electricians.
There are three levels of EV charging. Level 1, Level 2, and Level 3. The higher the charging level, the higher the power output and thus the greater the speed of charging your electric vehicle. It is important to remember that the difference between Levels 1, 2, and 3 will ultimately affect vehicle charging times. To learn more about the different charging levels and to decide which one is most suitable for you, your vehicle, and your needs, you should contact ChargeSmart EV for more information on which charging station is right for you.
To understand how EV charging stations work, it is important to know how they are powered.
For EV charging, there are two types of electricity: Alternating Current (AC) and Direct Current (DC).
Alternating Current (AC)
In your home or office, you'll always have AC power since electricity comes from the grid. AC, or alternating current, was so named because of the way it flows. This means that the direction of the current alternates periodically. Since AC electricity is capable of traveling long distances in an efficient manner, it is the global standard we all recognize and have direct access to. However, we do not eliminate direct current from our lives. In fact, we use it for powering electronics on a daily basis.
Direct Current (DC)
Direct current is the form of electric energy that is stored in batteries or used in the circuitry inside electric devices to provide power. As with AC, DC is named after how its power is transmitted; DC electricity moves in a straight line and supplies your device directly with electricity.