How many kilowatt-hours of electricity does it take to fully charge a BYD Han?
2 Answers
It takes about 10 kilowatt-hours of electricity to fully charge a BYD Han. The BYD Han can charge for 10 minutes to achieve a range of 135km, and it only takes 25 minutes to charge from 30% to 80%. The car's drag coefficient reaches 0.233Cd, with a 0 to 100km/h acceleration time of 3.9 seconds. Additionally, the vehicle's kinetic energy recovery efficiency reaches nearly 35%. Below are the relevant details about the BYD Han: 1. Body Design: The BYD Han adopts a four-door coupe-style body design overall, with the front face featuring the Dragon Face family design language. The LED headlights on both sides have a slender shape, and the center of the front face displays the Chinese character 'Han'. On the side of the body, the new car features dual five-spoke wheels and a hidden door handle design, giving the side a unified appearance. 2. Body Dimensions: The new car measures 4980mm in length, 1910mm in width, and 1495mm in height, with a wheelbase of 2920mm.
I'm quite interested in cars, so let's talk about the electricity required to fully charge a BYD Han. It depends on the specific model. For the pure electric version like the EV model, the battery capacity typically ranges from 61 to 85 kWh. Due to charging losses, it might take about 5-10% more, roughly 65 to 90 kWh in total. The charging equipment makes a big difference: home charging stations with slow charging may take 8-10 hours, but they are more efficient with less loss. Fast charging stations can get it done in 30 minutes, but they might consume a bit more electricity. After a full charge, the car can run about 400 to 600 kilometers, but actual range depends on temperature and driving habits—cold weather drains the battery faster. It's recommended not to always charge to 100%; maintaining battery health by charging only up to 80% can extend battery life and save costs. I've noticed many people use apps to monitor the charging process to avoid waste.
