All You Need To Know About Charging Tesla

Tesla is well-known among electric vehicle (EV) fans. Tesla has been a market leader in the electric vehicle sector since 2003, setting the bar for EV production on all fronts: automobiles, Tesla charger, and charging stations.

What is the procedure of charging an electric vehicle?

Day to day, you will charge your phone or tablet by plugging them in. EV charging is alike such that you plug in an EV so that the battery is charged for the car’s motor to run. EVs are powered by large battery packs that store DC energy. Most residences, on the other hand, solely provide AC electricity. As a result, all EVs include an on-board charger that converts AC power from the charger to DC power, allowing the energy to be stored in the battery.

The charging procedure takes longer because of the conversion from AC to DC power. DC power is provided through high-speed chargers, which are frequently available in public locations rather than in residences. The on-board charger is bypassed and the battery is charged directly when using a high-speed charger.

Electric vehicle charging choices explained

You've probably heard a lot of different stories about how long it takes to charge an electric vehicle using Tesla car charger. EV critics claim that fully charging a battery can take up to 20 hours, while electric car fans will exclaim that Tesla wall charger can add up to 172 miles of range in just 15 minutes. So, how long does it take to charge? Actual charging speeds are determined by a number of factors, including the charging equipment, the power supply, and the EV's own onboard charging capability.

There are three different types of charging options:

Level 1 charger (120 volt): It is the standard EV charging method. It is compatible with all electric vehicles and can be used anywhere with a standard power outlet. Every EV comes with Level 1 charging equipment.

Level 2 chargers (240 volt): Homeowners can switch to Level 2 chargers for faster charging. These plug into a 240-volt socket, which is the same as what air conditioners and clothes dryers use. Level 2 charging is far faster than Level 1 charging, giving 14 to 35 miles of range per hour thanks to the greater amperage on the circuit. Traditionally, charging cords have been sold as a distinct add-on component.

Level 3 chargers: Unlike the first two alternatives, which use household AC electricity, DC fast chargers (also known as Level 3 chargers) use DC current. Because Level 3 chargers deliver DC current, they bypass the on-board charger and charge the EV's battery directly. This enables extremely rapid charging: they can deliver 100 miles of range per hour or more.