In 1839, the first electric car was created. Environmental issues such as global warming have drew attention to it from its inception. Electric vehicles utilize electricity to power their engines, whereas gasoline automobiles use an engine to burn gasoline. As a result, it is known as an Electric Vehicle (EV for short). The human body is harmed by carbon dioxide and nitrogen oxides generated by gasoline-powered cars. Electric cars, on the other hand, run on electricity stored in batteries rather than fuel. As a result, it produces no exhaust gas when driving. Its popularity has soared since the beginning of the 2000s, thanks to its excellent fuel efficiency and economy.
Going all-in on electric vehicles (EVs) is an important step in transitioning Indian transportation to a zero-emissions future. It’s one of the reasons why the federal government has set an ambitious goal of having 100 percent of light-duty vehicle sales be zero-emission cars by 2040. As automakers produce more EVs and new models are introduced each year, the EV charging infrastructure must expand to meet this aim.
With so many charging choices available in India, it’s time to cut through the clutter and help you better understand the many types of chargers, the advantages of charging at home, and the potential that chargers may give for companies. Everything you need to know about electric car chargers is right here.
Table of Contents
About EV chargers
Let’s start with the fundamentals. EV chargers provide power to both all-electric and plug-in hybrid electric vehicles. EV chargers are classified into two types: alternating current (AC) chargers and direct current (DC) chargers. AC chargers deliver alternating current power to the car and are classified as Level 1 or Level 2 chargers. DC chargers, often known as rapid chargers, are Type 3 chargers that supply direct current energy to the car.
This type of AC charger comes standard with your EV and delivers 3 to 8 kilometers of range per hour of charging time, making it the slowest of the three alternatives. They merely require a typical 120 V wall outlet. Level 1 chargers are commonly utilize at home because to their ease of use.
Depending on the kind of car, this is a quicker AC charger that gives 16 to 97 kilometers of range per hour of charging time. These chargers require a 208 or 240 V wall outlets, the same as is require for large power appliances like as dryers, ovens, and air conditioners.2 chargers can found in homes, companies, and public areas.
Level 3 chargers are the quickest charging type of DC charger. They are commonly encountered in public areas and enterprises. Level 3 chargers that are ENERGY STAR certified are likely to enter the market shortly; keep tuned for even more energy-saving options!
Some of the major benefits of the EV charging
Smart electric car charging station is much safer than traditional charging since smart devices immediately test the connection between the automobile and the device before beginning the charging process. If there are several charging ports on the same premises, dynamic load management can improve safety. Charging events can halted remotely if necessary.
Monitor your electricity consumption
Neighborly disagreements over your higher power use can resolve by connecting the charging device to a charging provider that collects consumption statistics automatically. Charging charges charge directly to the EV owner in this manner. To assist customers with business automobiles, the service may automatically report the charges of both public and home charging to the employer.
Optimize charging time
This saves money while simultaneously benefiting the environment and the electrical system, as electricity costs are determine by demand. EV charging balances the supply and demand for power and reduces the requirement for electricity generation through charging time optimization.