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What impact does 100% charging have on the health of EV batteries?

Although it will take longer than using an EV charger, you can fully charge your electric car using a standard charger. Your electric car can be fully charged using a standard charger, but it will take longer than with an EV charger. Electric cars can be swiftly charged to 100% thanks to specialized chargers. Driving your car down from 100% right after a morning charge is far worse than leaving it plugged in at 100% for days in the intense summer heat. Similarly, it is more harmful to leave the battery almost empty for extended periods of time than to fully charge it.

Extreme temperatures that don’t go away are more dangerous. A combination of factors rather than a single full charge is the true cause of battery wear. The most long-lasting damage is caused by the length of time spent in high or low states of charge, not by the act itself. Some drivers are concerned that their battery’s lifespan will be drastically shortened by years if it is fully charged.

It’s still not a death sentence. For autopowercare.com the damage to become apparent within a normal ownership period, you would have to charge the car to 100% every day and then leave it in intense heat. For the great majority of contemporary packs, that is just not the case. Even frequent full charges only cause a few percentage points of additional capacity loss over a number of years, according to real-world data from fleet studies and long-term owner reports. The majority of batteries last longer than the car.

That combination accelerates chemical aging inside the cells. Only when you treat 100% as your regular daily routine does the issue occur. The key lesson for the majority of us is that charging to 100% capacity is acceptable when you require the range. That’s why automakers include charge limit settings in their apps and dash menus. Plugging in completely is exactly what the car was made for if you’re going on a road trip. That’s a fantastic return on very little work.

After eight years, that equates to about 1015 fewer miles of range for the typical driver. According to real-world studies, such as those conducted by fleet operators and research labs, even aggressive charging practices lead to battery health of roughly 7080% after 150,000200,000 miles. What does the data actually say? Over a ten-year period, the difference between a car that is babied at 80 percent and one that is hit 100 percent every day is frequently less than 5 percent.

For the majority of everyday needs, that is still a good amount of usable range.