Electric cars are becoming more popular among drivers who seek environmentally friendly and stylish vehicles. To save money, many purchase them instead of traveling to petrol stations. Charging stations at shopping malls, office buildings, and other public areas make owning and maintaining electric vehicles (EVs) simpler and less expensive.
In addition, the federal government provides tax savings of up to Rs. 6 lakhs to consumers who purchase or lease specified new or used automobiles. There are also incentives for consumers who purchase second hand electric vehicles.
However, charging these high-tech electric vehicles may make them less attractive if there aren’t enough charging stations or if charging takes too long. Even inclement weather, such as temperatures below zero or extreme heat, drivers might find it difficult to charge their vehicles.
Factors Influencing EV Charging Time
Several factors may influence how long it takes to charge. What sources of energy do you have? How much electricity can your electric vehicle handle? Some drivers may charge their electric vehicles to 80% in as little as 15 to 30 minutes using a Level 3 fast charger, depending on how they charge and the size of their batteries.
Other variables that influence how long it takes to charge an electric vehicle include:
- Your battery’s size: Level 1 outlets, such as those in your house, are the slowest when charging automobile batteries. It will take longer to completely charge your automobile if it has a larger battery (measured in kWh).
- Your vehicle’s maximum charging rate: How much power can your vehicle handle all at once? Because your vehicle’s maximum charge rate is set, charging your battery at a more powerful station will not save you time.
- The power of your charging station: Your charging time will also be affected by how quickly your charging station charges. Even if your vehicle can charge quicker, it will only charge at the charging station’s maximum power rate. This will lengthen the charging time.
- Your area’s weather: Lower temperatures may impair a car’s performance, causing it to take longer to charge, particularly when utilizing a fast charger. On the other hand, hot weather might impact your electric car’s heat management systems and performance. When it’s hot, you may test an electric car’s interior resistance, which increases as the battery charges.
- Is your battery empty or full: When the battery is dead, drivers hardly charge their vehicles. Most of the time, they “top up” the batteries rather than extending their travel time on a single charge. This saves drivers a significant amount of time when it involves charging. According to Matt DeLorenzo, an automotive specialist, your automobile is like a bubble whether you need to charge it while it has less than 20% or over 80 percent charge. “It’s difficult to get just a few puffs of air into a balloon, but it’s the same when it’s nearly full,” said DeLorenzo, author of “How to Purchase an Inexpensive Electric Car: A Tightwads Guide to EV Ownership.” “It’s the same with an electric vehicle,” he said. Because pushing electricity into the battery requires more energy, the charge time decreases.
Your Charger’s Power Source
Begin with the power supply in your house to decide how long it will take to charge your automobile. A Level 1 power source charges the least electricity, but Level 2 chargers, which may be linked to dryer outlets, can charge twice as much power.
A plumber and an appropriate connection are required to install a Level 2 battery charger at home, which is impossible with Level 1 chargers. Splitvolt, a California-based startup, has also created splitters that enable EV users to utilize a standard home garage outlet without any extra installations.
Level 3 chargers provide a high-power direct current to the car’s battery. However, not all electric vehicles can be charged using these chargers. They are also expensive and difficult to locate outside public locations such as supermarkets and parking lots.
Level 3 charging is available on vehicles Hyundai, Kia, Mitsubishi, and Nissan manufactured. Many automobiles that cannot utilize DCFCs opt for the combined charging method (CCS). CCS integrates Level 1 and Level 2 chargers to increase the power of its power sources.
What You Require To Recognize About Fast Charging
It seems to be simple and beneficial to charge rapidly or quickly. Even the fastest charging time might slow when the battery is less than 20% full or over 80% full. This avoids the battery from being overcharged and preserves it in excellent condition.
Many businesses calculate the charging duration by the time it takes DCFCs to charge a battery to 80%. Rapid charging is also becoming more accessible due to efforts by Electrify America and other organizations aiming to expand charging infrastructure throughout the nation.
A Charging Station’s Capacity
The amount that an EV charger can charge is a major factor in deciding how quickly it can charge. It is determined by how much electricity the device requires. The more electricity an EV can provide, the quicker it can charge. The EV charging pace may usually be divided into three categories: slow, rapid, and quick.
- Slow charging: Chargers typically provide slow charging with an AC supply rated at 3kw – 7kw, with charging periods ranging from 10 to 14 hours.
- Fast charging: The most popular EV charge is fast charging. This collection of chargers, including our TeleCharge station, range in power from 7kw to 22kw and operate on alternating current (AC). With quick charging, an EV might have enough juice for a four- to six-hour journey.
- Rapid charging: This is the quickest method to charge an electric car. A typical quick charger with a DC supply is rated at 50 kw. However, the range of fast charges exceeds 100kw. These gadgets can be completely charged in roughly an hour and 80% in 20 to 30 minutes.