
In the future, gasoline-powered vehicles will undoubtedly be entirely replaced by new energy vehicles. From a market perspective: Oil is a non-renewable resource, which means it will only become scarcer over time. As the saying goes, scarcity drives up value, so prices are bound to rise. However, the number of vehicles equipped with internal combustion engines continues to grow, meaning demand is increasing, and the environmental impact of their emissions is worsening daily. In contrast, new energy vehicles, such as electric cars, will not see significant increases in electricity costs and are more environmentally friendly. The long-term cost advantages will naturally make consumers more inclined to purchase new energy vehicles—this is the market perspective. Deadline for banning gasoline cars: Many countries and regions have announced deadlines for banning the sale of gasoline-powered vehicles, particularly in Europe. For example, Germany, a major automotive industry player, has set a deadline for phasing out gasoline cars. This is forcing automakers to accelerate the development of new energy vehicles, leading to the introduction of more competitive products that may even surpass gasoline cars in many aspects.

As someone who frequently tests new cars, I don't believe gasoline vehicles will be completely replaced by electric vehicles so quickly, primarily due to numerous practical issues. For instance, in rural or mountainous areas, charging stations are sparsely distributed, and many people worry about range anxiety during long-distance travel—no one wants to get stranded halfway. Although technology has advanced, charging speeds are still slower than refueling, especially in northern winters when battery efficiency drops. Additionally, there's a strong preference for gasoline vehicles in car modification culture, with enthusiasts keeping classic models as collectibles. Policies worldwide are also in transition; for example, the EU has set a ban on gasoline vehicle sales after 2040, but implementation faces significant challenges. Electric vehicles are undoubtedly the major trend—environmentally friendly and efficient—but complete replacement will take decades. We need to temper our expectations and not assume gasoline vehicles will vanish overnight. Overall, while EVs will dominate, gasoline vehicles will remain a viable auxiliary option with considerable market presence.

When I think about this issue, I always consider the environment for our next generation. Electric vehicles (EVs) will undoubtedly dominate, but traditional internal combustion engine (ICE) vehicles won't completely disappear. With severe climate change, countries are pushing zero-emission policies, such as the increased subsidies for EVs in China and the U.S., encouraging more people to switch to electric cars for cost savings and cleaner energy. However, in reality, some people have tight budgets, making used ICE vehicles a more affordable and practical option with easier . In remote areas, inadequate infrastructure limits the widespread adoption of EVs. For specific scenarios, such as off-road enthusiasts or rural transportation, the power and convenience of ICE vehicles remain more reliable. I observe that the transition period will be lengthy, as EV technology continues to improve. Fully replacing ICE vehicles requires balancing various needs, and the future lies in integration rather than a one-size-fits-all approach.

I have to say, this issue isn't black and white. My household owns both an electric and a gasoline car. For daily commuting, the electric car saves costs as electricity is much cheaper than gas. But for weekend road trips, we on the gasoline car as backup, without worrying about charging stations. Many people like me find electric cars practical for city use, while keeping a gasoline car for peace of mind. Policies encourage electric vehicles, such as exemption from purchase tax, but concerns about battery lifespan and replacement costs cause hesitation. Additionally, the charging network isn't fully developed, making it hard to find stations in small towns. Gasoline cars have their own advantages, like quick refueling and cheaper repairs, so they won't be completely phased out in the short term. Electric cars are the future, but keeping gasoline cars as a transitional option makes sense.

I believe the future of gasoline cars hasn't reached its end, as they carry too much cultural and emotional value. As an old car enthusiast who's driven classic gasoline vehicles, that engine roar and driving feel are hard for electric cars to replicate, making them sentimental collectibles. While electric cars' eco-friendliness is mainstream, their adoption speed faces limitations - infrastructure needs time to develop, with fewer charging stations in rural areas. Consumer choices remain diverse, with some preferring gasoline cars' reliability in harsh weather. Global policies aren't uniform either - Europe pushes electric vehicles while Middle Eastern oil nations on petroleum industries. After electric vehicles develop further, gasoline cars will decrease but not go extinct, becoming a niche market, similar to how bicycles coexist in a car-dominated world.

From a global perspective, the complete replacement of gasoline vehicles by electric vehicles is still a long way off. China is vigorously promoting electric vehicles, with growing rapidly, but progress is slower in some parts of the United States, and infrastructure investment is insufficient. In rural or developing areas, the convenience of gasoline vehicles is unmatched, as long charging times can disrupt livelihoods. The issue of battery recycling for electric vehicles remains unresolved, with complex environmental impacts. Policies vary by country; for example, India offers fewer subsidies for electric vehicles, and with volatile oil prices, consumers tend to make conservative choices. While electric vehicles are a trend, gasoline vehicles will remain a long-term backup option, especially in specialized industries like construction and transportation. The transition depends on technological breakthroughs and infrastructure improvements, with a balanced coexistence of both in the short term.


