What is the appropriate temperature setting for a car's automatic air conditioning?

1 Answers
LaElena
07/30/25 6:02am
The most suitable temperature for car air conditioning in summer should be 21-25°C, and in winter it should be 25-28°C. This is the automotive comfort environment standard established by the car air conditioning industry. Below are the detailed explanations: 1. Suitable temperature range: The temperature difference between the inside of the car and the external environment should not be too large. The ideal temperature difference between the inside and outside of the car is within 10°C for sedans and 8-12°C for large buses. When using the air conditioning for a long time, you can periodically open the windows slightly to ensure fresh air inside the car and avoid "air conditioning sickness." 2. Precautions for using air conditioning: Prolonged use of the internal circulation mode can reduce the oxygen level inside the car, and harmful gases such as carbon monoxide produced by incomplete engine combustion may accumulate in the car. Therefore, it is necessary to periodically switch to the external circulation mode to allow fresh air from outside to enter the car.
Was this review help?
10
5
Share
More Forum Discussions

What kind of license is required for a motorcycle sports car?

Motorcycle sports cars require the following three types of driver's licenses: 1. A D license allows driving three-wheeled motorcycles with an engine displacement greater than 50ml or a maximum design speed greater than 50km/h, as well as two-wheeled motorcycles with an engine displacement greater than 50ml or a maximum design speed greater than 50km/h, and motorcycles with an engine displacement less than or equal to 50ml and a maximum design speed less than or equal to 50km/h. 2. An E license allows driving two-wheeled motorcycles with a displacement greater than 0.5L or a speed greater than 50km/h. It also permits driving the vehicle types allowed by an F license. 3. An F license allows driving light motorcycles with a displacement less than 0.5L or a speed less than 50km/h.
15
4
Share

Is Wheel Balancing Necessary After Tire Replacement?

Wheel balancing is required after installing new tires or repairing punctures for the following three reasons: 1. A car's wheel consists of two parts - the tire and the rim, but due to various factors, the mass distribution across this assembly cannot be perfectly uniform. 2. When driving at high speeds, this can create an unbalanced condition that compromises driving safety. 3. Balance correction is achieved by adding counterweights to adjust equilibrium at various points of the tire's edges. The wheel balancer will display measurement data - if it shows 0, balancing isn't needed; any other value indicates the required counterweight amount to achieve proper balance.
1
1
Share

Under what circumstances should the width lights be turned on?

The width lights should be turned on in the following three situations: 1. Driving at night is a must: Traffic regulations stipulate that when driving at night, both the width lights and rear position lights must be turned on simultaneously. 2. When the driver's vision is blurred in rainy or foggy weather: It is necessary to turn on the width lights to serve as a warning reference for the vehicles in front, behind, and oncoming traffic. 3. When driving in the evening: Turning on the width lights makes it easier for drivers of other vehicles to see. Note: The function of the width lights is to indicate the presence of the car and the approximate width of the car body during night driving, so that other vehicles can judge when meeting or overtaking.
1
4
Share

What is the correct way to handle a tire blowout while driving?

When a tire blowout occurs while driving, the correct approach is to gently apply intermittent braking to gradually reduce the vehicle's speed while adjusting the vehicle's center of gravity, avoiding sudden steering movements. It is crucial to remain calm and composed, keeping both hands firmly on the steering wheel to maintain the original driving path, with minor steering adjustments if necessary. Avoid slamming on the brakes. The specific steps to handle a tire blowout while driving are as follows: 1. When a tire suddenly blows out, the first action should be to steady the steering wheel and release the accelerator, avoiding abrupt steering or hard braking. 2. After stabilizing the vehicle's direction, gently tap the brakes or shift the transmission into a lower gear to gradually reduce speed using engine braking. 3. Once the vehicle is safely pulled over, immediately activate the hazard lights, turn off the engine, and engage the parking brake. 4. Place a triangular reflector 150 meters behind the vehicle and, depending on the situation, either change to the spare tire yourself or call for roadside assistance services.
20
2
Share

What is the difference between halogen headlights and LED headlights?

The differences between LED and halogen headlights lie in temperature, color temperature, brightness, and lifespan. The specific differences between LED and halogen headlights are as follows: 1. LED headlights are cold light sources with a color temperature of 6000K, emitting pure white light, and have a lifespan of 50,000 hours. 2. Halogen headlights are hot light sources with a color temperature of 3200K, emitting warm light, and are prone to light decay or damage after 500 hours of use. How to choose between LED and halogen headlights: Choosing LED headlights is a better option as they offer many advantages. They are not affected by temperature when in operation. The light emitted is a pure white color with good reflective properties, strong penetration at night, and a longer illumination distance, providing better visibility.
7
2
Share

Reasons Why a Car Takes Several Attempts to Start

There are 6 main reasons why a car may take several attempts to start: 1. Environmental temperature: Extremely low temperatures can prevent the vehicle from starting immediately; 2. Battery issues: A dead or damaged battery can also prevent the car from starting; 3. Starter motor failure: A malfunction in the starter motor; 4. Fuel injector problems: If the fuel injector is faulty, fuel may not be delivered promptly, preventing the car from starting immediately; 5. Engine oil viscosity: If the oil viscosity is too high, it increases resistance and slows acceleration; 6. Incorrect valve clearance: Excessive valve clearance reduces valve lift, decreasing the valve opening and leading to insufficient air intake.
14
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.