Gasoline engine vehicles demonstrate significant advantages in terms of power performance. Their engines can quickly generate strong torque, enabling the vehicle to exhibit outstanding power performance in scenarios such as acceleration and uphill driving. Especially in situations requiring instantaneous power (such as overtaking at high speed), gasoline engine vehicles can respond rapidly, providing drivers with a smooth and efficient driving experience. In contrast, pure electric vehicles are limited by the output power of their batteries, which may not fully meet the high power demands in certain specific conditions. Currently, the automotive industry is in a fierce competition between gasoline engine vehicles and pure electric vehicles. Both types of vehicles attract consumers with different needs due to their unique characteristics. A thorough analysis of the advantages and disadvantages of these two vehicle types in the automotive field will help consumers make more informed purchasing decisions.

The endurance capacity is another core competitiveness of gas engine vehicles. Although the layout of gas stations has not yet reached the extensive level of petrol stations, compared with pure electric vehicles, the mileage that gas engine vehicles can travel after a single refueling is more considerable, which can easily meet the needs of medium and long-distance travel. Drivers do not need to frequently worry about running out of fuel, and their travel planning is more flexible and free. While pure electric vehicles have been continuously improving their mileage, under the influence of factors such as low-temperature environments and high-speed driving, their actual endurance capacity often shows a certain degree of attenuation. "Range anxiety" remains one of the main problems plaguing pure electric vehicle users.

 

From the perspective of purchase cost, gas engine vehicles have a clear economic advantage. Their mature engine technology enables effective control of manufacturing costs, and the vehicle prices are generally lower than those of pure electric vehicles of the same level. In terms of later usage costs, the price of gas is usually lower than that of electricity, especially during long-distance driving, the fuel cost advantage of gas engine vehicles is particularly prominent. In addition, the maintenance and repair of gas engine vehicles are relatively simple, and the parts have strong universality, further reducing the overall usage cost.

However, gas engine vehicles also have certain limitations. In terms of environmental protection, although gas combustion is cleaner than fuel combustion and emits less harmful pollutants, it still generates a certain amount of greenhouse gases such as carbon dioxide. In contrast, pure electric vehicles achieve almost zero emissions during operation and are more in line with the current trend of green travel. With the continuous improvement of infrastructure such as charging piles, the convenience of using pure electric vehicles is gradually increasing, which to some extent weakens the traditional advantages of gas engine vehicles.

In the field of intelligence, pure electric vehicles are in the leading position. With powerful battery power supply capacity, pure electric vehicles are more likely to integrate advanced intelligent driving assistance systems and Internet of Vehicles functions, thus providing users with more convenient and intelligent travel experiences. However, the technological development of gas engine vehicles in this aspect is relatively lagging behind, and it is difficult to meet the needs of consumers who have higher demands for intelligence.