Can New Energy Vehicles Keep the Air Conditioning Running While Parked?
3 Answers
Yes. Here are some precautions for using new energy vehicles: 1. Avoid high-current discharge: When starting, carrying passengers, or going uphill, try to avoid sudden acceleration to prevent instantaneous high-current discharge. High-current discharge can easily lead to the formation of lead sulfate crystals, thereby damaging the physical properties of the battery plates. 2. Never store the battery in a depleted state: The battery must not be stored in a depleted state. If the battery is low on power after use, it should be recharged promptly. 3. Master the correct charging time: During use, accurately determine the charging time based on actual conditions, considering factors such as frequency of use and driving distance to determine the charging frequency. 4. Regularly check tire pressure: Maintain the correct tire pressure and check it every two weeks or at least once a month. Incorrect tire pressure can increase power consumption, reduce driving range, decrease driving comfort, shorten tire lifespan, and compromise driving safety. 5. Avoid exposure to extreme heat: High temperatures can increase internal battery pressure, causing water loss, reducing battery activity, and accelerating plate aging. Therefore, electric vehicles must not be exposed to direct sunlight and should be parked in shaded areas.
I often drive an electric vehicle for commuting in the city, and turning on the air conditioning while parked is a common practice, especially when waiting for friends by the roadside or resting in the car. Since new energy vehicles are powered by batteries and don’t produce engine exhaust, it’s safe to run the air conditioning while parked, with no risk of carbon monoxide poisoning. However, power consumption is an issue—the air conditioning can drain about 5% to 10% of the battery per hour. If left running for several hours without stopping, the battery level can drop significantly, reducing the driving range and potentially requiring a tow truck. I recommend setting a timer to turn off the air conditioning or using a mobile app to monitor the battery level while parked, ensuring there’s enough power left. This is especially important in summer when high temperatures demand efficient cooling but drain the battery faster, and in winter when heating is equally power-hungry. In summary, it’s usable but requires caution to avoid depleting the battery.
As a car owner, I find it quite convenient to run the air conditioning while parked in a new energy vehicle. The electric car's AC system is powered by electricity, unlike fuel-powered cars that pose exhaust risks, making it safe and comfortable to sleep or rest with the AC on while parked. However, it's important to monitor battery consumption, as continuous AC operation can drain the battery quickly. Based on my experience, running it for half an hour generally has little impact, but leaving it on overnight will deplete the battery. Environmental factors should also be considered, as extreme weather can increase energy consumption. The advantage is that electricity is much cheaper than refueling. I usually only use it for short periods when necessary, such as cooling off or working in the car. In short, it enhances quality of life, but don't over-rely on it.
