Oscar MartensDid you recently switch to the electric vehicle (EV) sector? So, what comes next? You will need to know how to recharge your EV at home and set up an Electric Vehicle Service Equipment or EVSE, which is a structure that provides electric power to your EV. Depending on the EV model, most charge the EV using level 2 or 1 chargers.
Different types of EV Chargers
Level 1 charging requires no particular installation because they function well with typical domestic or home outlets. It is the most inexpensive selection since most EVs have a level 1 charger included. Nevertheless, level 1 EV charging is also the slowest, most unreasonable way of charging EVs, which may require one whole day to completely charge.
Most would like a speedy charging solution for their EVs. This is why level 2 charging is more suggested. Level 2 EV chargers can charge EVs at 240 v, which can completely charge in less than 4 hours versus a one-whole-day of charging using level 1 EV chargers.
Before purchasing an EVSE, it is essential to evaluate the layout of your house and where your EV will be parked. Then, choose the EVSE that suits the make or model of your EV.
Contact Georgia’s Electric Charge to team up with our certified, licensed electricians that can help install your EVSE. Our team will help you with all the details, such as deciding if your existing electrical panel has enough available power to handle the EV charger.
While level 2 chargers are more costly and need installation, they are convenient, efficient, and easy to use. Once installed, you can plug in your EV every night or when it is not used for a fully charged EV.
If you want a faster charge than level 2 EVSE, you may need to consider a level 3 charger or the DC Fast Charger. Level 3 EVSE powers 480v directly to the EV, which is twice as many volts as level 2 chargers.
Final thought
DC Fast Charging is high-speed and admiringly efficient. It can fully charge your EV for about 30 minutes, dependent on the model/make of your vehicle. However, level 3 EV chargers are impractical for most consumers because they are costly, and many homes cannot support the extra amperage needed with their electrical panels.
