The survey also points out that Hyundai and BYD are the brands of electricity whose batteries have better performance, beating the Tesla market leader.
A new one held by the Australian Automotive Automotive Automotive Auction Company has revealed that electric vehicle batteries (VE) keep good health even after extensive use.
The study analyzed more than 250 used clothing and concluded that the batteries maintained an average of 90% of its original capacityeven after traveling more than 120,000 km – a distance almost 10 times higher than the annual cars average in Australia, explains the.
The results were even more promising for the lower mileage vehicles. The cars that traveled between 40,000 km) and 80,000 km kept 94.6% of battery healthwhile those who traveled less than 20,000 km had a retention of 98.2%.
“Batteries are not degrading as quickly as consumers thought initially,” said Brendon Green, director general of Pickles Automotive Solutions. Your observations highlight increasing reliability of EV technologydissipating the fears that the replacement of batteries was necessary too early.
One of the most intriguing revelations of the study was the performance difference between the various electrical vehicle manufacturers. Hyundai and BYD emerged as the best performance manufacturerseven surpassing the Tesla industry leader in battery retention.
Hyundai’s Ves presented a remarkable Battery retention of 99.31%although they have, on average, 39 months of age and have traveled 29 237 km. BYD was closely followed with a 98.62% retention rate for cars with an average of 17 months of age and about 15 619 km of travel.
Tesla, which has long been considered a reference for electric vehicle technology, demonstrated a battery retention comparatively lowerwith 93.3%. Tesla’s analyzed vehicles had been driven on an average of 42 263 km and were about 27 months old.
The results reinforce confidence in the Ves resale market, while helping to reassure potential buyers of new electric vehicles that have fears about the durability of batteries.
