How Long Does It Take to Charge a BYD Han at Home?
1 Answers
Charging a BYD Han at a professional charging station takes about half an hour. Charging at home with a 220-volt power supply takes approximately 9 hours, consuming around 15 kWh. The BYD Han is a flagship new energy vehicle launched by BYD Auto in 2020, marking BYD's advancement into the mid-to-high-end new energy vehicle market. The BYD Han pure electric vehicle has dimensions of 4995mm*1910mm*1495mm, a battery capacity of 85.4kWh, and a pure electric range of 610-715km. It is equipped with a single-speed transmission for electric vehicles and a permanent magnet synchronous motor. The vehicle comes with a warranty of six years or 150,000 kilometers. The four-wheel-drive version has a maximum power of 380kW, motor horsepower of 517ps, and maximum torque of 700Nm. The front-wheel-drive version has a maximum power of 180kW, motor horsepower of 245ps, and maximum torque of 350Nm. Charging Precautions: Pure electric vehicles take longer to recharge, so it's advisable to develop a habit of frequent charging and avoid waiting until the battery is critically low. Both overcharging and excessive discharging can reduce the battery's lifespan. Frequently driving until the battery warning light comes on will certainly affect the battery pack's longevity. For vehicles that cannot be completely powered off, the battery should be charged directly without removal. If the battery voltage is 10% below the rated voltage, there is a risk of battery depletion. It is recommended to fully charge the battery at least once a month. Battery Maintenance Tips: Avoid parking the car in open parking areas for extended periods. If long-term parking is necessary, remove and take the battery with you to prevent freezing damage. In winter, car engines are harder to start. Each attempt to start the engine should not exceed 5 seconds, with intervals of at least 15 seconds between attempts. If the engine fails to start after several attempts, check other potential issues such as the electrical circuit, ignition coil, or fuel system. Avoid continuous starting attempts, as this can lead to battery damage due to excessive discharge.
