···
Log in / Register

Is it true that China will eliminate fuel-powered vehicles by 2025?

4 Answers
SanAthena
07/29/25 3:40am
It is not true that China will eliminate fuel-powered vehicles by 2025. Although the development of new energy vehicles is progressing rapidly, and pure electric vehicles as the main form of new energy vehicles will inevitably replace current fuel-powered vehicles in the future, there is no clear regulation in national policies specifying the phase-out time for fuel-powered vehicles. Therefore, the claim circulating online that fuel-powered vehicles will be phased out by 2025 is clearly unfounded. New energy vehicles refer to vehicles that use unconventional vehicle fuels as power sources (or use conventional vehicle fuels with new types of on-board power devices), integrating advanced technologies in vehicle power control and driving, resulting in vehicles with advanced technical principles, new technologies, and new structures.
Was this review help?
3
2
Share
Turner
08/12/25 2:43pm
I usually enjoy driving to work and often follow automotive news. I heard from a friend that China would completely ban fuel-powered vehicles by 2025, which made me quite nervous. However, after checking official sources, I found this rumor to be untrue. The Chinese government's actual goal is for new energy vehicles to account for over 50% of new car sales by 2035, not an outright ban by 2025. Fuel-powered vehicles are still being produced and sold, and my old gasoline car is unaffected. I think this policy transition is quite reasonable—there’s still time until 2025 to adapt to the development of new energy vehicles, such as the gradual rollout of charging stations. From an environmental perspective, early preparation is always wise, so I’m considering hybrid vehicles to avoid potential losses from investing in new fuel-powered cars. In short, don’t be misled—the 2025 ban is false.
Was this review help?
18
1
Share
Expand All
GriffinMarie
10/02/25 7:05am
Having worked in the automotive industry for many years, I often encounter car owners asking whether fuel-powered vehicles will be banned in 2025. I must clarify that there is no such policy for 2025. China's policy is to steadily advance, with the target for new energy vehicle adoption set for 2035. There are still many fuel-powered vehicles on the road today, and my auto repair business is running normally—engine issues are still handled as usual. However, I have noticed an increasing demand for new energy vehicle repairs, such as battery warranty claims, but fuel-powered vehicles will not disappear in 2025. Additionally, improving charging infrastructure takes time, and I believe this will impact future vehicle usage. The policy's intent is to reduce pollution, but it cannot be rushed. Everyone can continue using their vehicles without worry. Don’t expect drastic changes—just stay informed.
Was this review help?
6
2
Share
Expand All
ArabellaRose
11/16/25 2:01am
As someone who follows tech trends, I often see rumors online about China banning gasoline cars by 2025. After checking, I found it's misinformation. The government plans to make new energy vehicles dominant by 2035, with 2025 being just part of the transition. I appreciate the innovation in electric vehicles, but it's still early. I've noticed charging stations being built and air quality improving. It's great that we can still drive gasoline cars in 2025, no need to panic.
Was this review help?
4
3
Share
Expand All
More Forum Discussions

What Causes the Abnormal Noise After the Car Is Turned Off?

The causes of abnormal noise after the car is turned off include the cooling sound of the catalytic converter, the cooling sound of the exhaust pipe, and uneven cooling of the engine. The details are as follows: Uneven Cooling of the Engine: After driving for a period of time, the engine temperature becomes very high. When the car is turned off, the temperature of each component decreases, and thermal expansion and contraction cannot occur uniformly. This inevitably leads to friction between the internal metal parts of the engine due to cooling contraction, resulting in abnormal noise. Cooling Sound of the Exhaust Pipe: Generally, the temperature of the exhaust pipe during cold idle is around 200 degrees Celsius. When the car is under high load or there is combustion of the air-fuel mixture in the exhaust pipe, the temperature can be even higher. Therefore, the exhaust pipe will also produce abnormal noise due to thermal expansion and contraction. Cooling Sound of the Catalytic Converter: The normal operating temperature of the catalytic converter is between 400-800 degrees Celsius. After the car is turned off, its operation gradually stops, and the temperature decreases. The internal metal parts undergo thermal expansion and contraction, leading to abnormal noise.
1
1
Share

Where Are the Blind Spots of a Car?

The blind spots of a car are as follows: Left and Right A-Pillar Blind Spots: Some cars have particularly wide A-pillars, which severely obstruct the view. However, some cars feature a small triangular window in the A-pillar area, effectively expanding the field of vision. The A-pillar blind spot is the most dangerous and frequently encountered by drivers, posing significant risks during initial acceleration or turns. Rearview Mirror Blind Spot: This blind spot has a wide range of hazards, affecting lane changes, turns, and reversing. It typically spans from the front door outward at an angle of 45 to 60 degrees. Upon close observation, when the front of a neighboring lane's vehicle is near your rear wheel, it becomes invisible in the rearview mirror. Therefore, when changing lanes, check the rearview mirror multiple times or glance out the side window after checking the mirror to effectively address this blind spot while driving. Rear Blind Spot: Due to the height of the vehicle and issues with the rear windshield and trunk, low areas directly behind the car are not visible. However, this blind spot poses relatively minor risks. Accidents are more likely to occur during reversing, so it's advisable to reverse slowly.
14
2
Share

What Causes Water Leakage Under the Car Chassis?

Water leakage under the car chassis is caused by exhaust pipe dripping and air conditioning system drainage. The details are as follows: Air Conditioning System Drainage: Air conditioning system drainage occurs due to the temperature difference between the hot outdoor air in summer and the cold interior of a car with the air conditioning on, leading to water dripping under the chassis. The low-pressure pipes of the car's air conditioning system are not wrapped with insulation foam, making the pipe surfaces prone to condensation of moisture from the air. Water droplets then gather and drip from the lowest point of the pipes. Exhaust Pipe Dripping: Dripping from the muffler and exhaust pipe at the rear of the car is also a normal phenomenon, commonly observed in winter. When gasoline is injected into the cylinder and mixed with air, it burns completely in the combustion chamber, primarily producing carbon dioxide and water. At high temperatures, water is expelled as vapor into the atmosphere. Since the muffler is located at the rear of the car where temperatures are relatively low, the water vapor condenses into liquid water.
13
2
Share

How Many Years Can Brake Pads Last at Most?

Brake pads are recommended to be checked regularly. For general household vehicles, they should be replaced at around 30,000 to 60,000 kilometers. The importance of replacing brake pads and the criteria for determining when to replace them are as follows: Importance of Replacing Brake Pads: When a vehicle has traveled between 40,000 to 60,000 kilometers, it is essential to replace the brake pads once. Continuing to drive for an extended period without replacing them may lead to hidden safety hazards. Replacing brake pads too early means they could still be used for a while longer, which is somewhat wasteful. However, replacing them too late can compromise driving safety. Therefore, the timing of brake pad replacement is a crucial factor. Determining When to Replace Brake Pads: The optimal time to replace brake pads is when their thickness is less than or equal to 0.5 millimeters. Many people find it challenging to measure the thickness of brake pads accurately. However, if the brake pad indicator light on the dashboard illuminates, it is necessary to check the thickness of the brake pads immediately.
5
3
Share

What Happens If You Don't Release the Handbrake?

Electronic handbrakes are not a problem. Mechanical handbrakes can affect the car's braking system and also lead to tire wear. Below are the correct operating procedures for starting the car, as well as methods for releasing the handbrake and shifting gears: Correct Operating Procedure for Starting: First, press the clutch and brake, shift into first gear, then release the handbrake. Slowly lift the clutch with your left foot until the car body starts to shake (semi-clutch state), then hold your left foot steady. Gradually release the brake with your right foot, lightly press the accelerator, and once the car moves forward, you can fully release the clutch. Methods for Releasing the Handbrake and Shifting Gears: To release the handbrake, gently lift it upward, press the release button, and then fully release it. When shifting gears, cover the gear knob head with your palm facing downward, grip the knob firmly with all five fingers, and then proceed to shift gears.
7
3
Share

How Many 3.0T Cars Are There?

"3.0" represents the engine displacement, and "T" stands for TURBOCHARGER (turbocharging) or SUPERCHARGER (supercharging). Below is a brief list of mainstream 2021 models currently on sale: 2021 Audi A6L Premium Elegance Edition: Equipped with a DLZ 3.0T V6 turbocharged engine, delivering a maximum of 340 horsepower and a peak torque of 500N·m. Other Audi models with the same displacement include the Q8, Q7, A8L, and S5. 2021 BMW X5 M Sport Edition: Equipped with a B58B30C 3.0T L6 turbocharged engine, delivering a maximum of 340 horsepower and a peak torque of 450N·m. Other BMW models with the same displacement include the 7 Series, 8 Series, imported 5 Series, X6, X7, and Z4. 2020 Porsche Macan S: Equipped with a 3.0T V6 turbocharged engine, delivering a maximum of 354 horsepower and a peak torque of 480N·m. Other Porsche models with the same displacement include the Cayenne. 2021 Land Rover Range Rover 50th Anniversary Edition: Equipped with a 3.0T L6 twincharged (supercharged + turbocharged) engine, delivering a maximum of 400 horsepower and a peak torque of 550N·m. Other Land Rover models with the same displacement include the Defender, Discovery, Range Rover Velar, and Range Rover Sport. 2021 Volkswagen Touareg R-Line Edition, equipped with a 3.0T V6 turbocharged engine, delivering a maximum of 340 horsepower and a peak torque of 450N·m. 2019 Mercedes-AMG GT: Equipped with a 3.0T L6 turbocharged engine, delivering a maximum of 435 horsepower and a peak torque of 520N·m. Other Mercedes models with the same displacement include the Maybach GLS and Mercedes E-Class AMG.
2
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.