Will Electric Vehicles Replace the Traditional Fuel Powered Vehicles
As a car owner, what kind of car do you drive, an electric car or a traditional gasoline-powered car? If you do n’t have a car yet, which one are you more likely to choose? Your electric car must have an answer, right? Obviously, due to the current rising oil prices and climate change, electric vehicles, as a new type of environmentally-friendly vehicle, are increasingly being chosen by people, and they are moving in a promising direction. It is not only supported by the government, but also by many environmentalists. This has led to a threat to the market share of traditional fuel-driven vehicles in the automotive industry. Considering the necessity of cars in daily life, this change is bound to affect us. Therefore, the possibility of electric vehicles replacing traditional fuel-driven vehicles is no longer the subject of expert academic research papers, but a question we need to consider. On this basis, this article will study in depth whether electric vehicles can completely replace traditional gasoline-powered vehicles so easily, and their advantages and disadvantages compared with traditional internal combustion engine vehicles.
Argument
The biggest advantage of electric vehicles is energy saving and environmental protection, because electric vehicles mainly use electric energy instead of traditional fuel cars to provide kinetic energy through fuel. In this way, a lot of energy is saved in energy supply. In the production of electrical energy processing, production is mainly carried out in the suburbs, which discharges waste to the suburbs at the starting point of production, reducing the pressure of air pollution on the city. Furthermore, even if electricity is produced, the current technology can also be used in a way that does not exist in the air, such as using water, wind, solar, tidal, and nuclear energy to convert it into electricity for production. Pollution has a bad impact on the environment, and can also reduce the use of energy, so that the entire energy production and utilization process can achieve good energy conservation and environmental protection. For buyers, if they can choose to charge at night, they can avoid the peak power consumption period, which also reduces the waste of energy to a certain extent. In short, as far as energy conservation and environmental protection are concerned, electric vehicles can well embody this feature. The day when electric vehicles are well developed, they can greatly reduce the consumption of energy by the society and reduce air pollution.It is the best choice for some first-tier cities in China at present. Keep a fresh air for your living environment.
Noise pollution in modern society is already a common type of pollution. The fast-paced people’s life leads to more and more noise caused by cars, not only artificial noise, but also some noise existing in the operation of the car itself. Such noise has a great impact on people’s living environment. However, another big advantage of electric vehicles is that they can reduce noise well and make cities quieter. Electric vehicles can effectively reduce the noise pollution caused by the vehicle during driving. In this respect, it is difficult to achieve advantages in comparison with fuel vehicles. Therefore, it is necessary to develop electric vehicles.
With the continuous development of cities, the number of people buying vehicles has also increased sharply. So far, some cities in the world have already responded to this, such as limit numbers, car restrictions, and so on. However, in the face of more and more cars in modern society, the phenomenon of congestion on the road has become a common occurrence. Therefore, stopping and starting the car and restarting it are very unfavorable to the performance of the car itself. This stop and go is very fuel-consuming. However, electric vehicles are not so. It can effectively use electrical energy and efficiently convert energy into kinetic energy. In this way, it is not only a saving of energy, but also an economical and practical first choice for buyers. The main operation mode is to regenerate the kinetic energy of the vehicle when it is parked through the magnetoelectric effect, and then convert its kinetic energy into electrical energy and store it in the battery effectively. The use efficiency of the motor is sufficient to reduce the pollution of the atmosphere caused by exhaust emissions when stopping.
Counter-argument
There are three aspects to the limitations of electric vehicles, regarding the range, charging infrastructure, and cost.
The first is battery life. Electric vehicles must be accepted by mainstream users. The biggest single obstacle is battery life. Although the network of gas stations is more and more developed, people ’s requirements for mileage per unit of fuel will not be lowered. The same is true for electric vehicles. No matter how much progress our charging infrastructure has made, people travel on each charge Expectations of mileage will not weaken. One would always want to be able to drive as long as possible between charges. The study found that among consumers who had planned to buy an electric car but did not purchase it in the end, the number one reason to reject an electric car was the lack of charging stations.
The second is charging infrastructure. For electric vehicles to be widely recognized and accepted by the market, manufacturers, charging companies, industry organizations, and even governments at all levels must work together to set up as many public charging facilities as possible. For example, we now find that it is becoming more common for manufacturers and charging companies, and construction companies responsible for large infrastructure projects to become partners, and everyone ’s goal is to build tens of thousands of public charging stations across the United States. station.
The last is the cost of car ownership. Another benefit that electric vehicles can bring to car owners is lower maintenance costs. Most electric car owners say that their average car maintenance cost is only about one-third that of a gasoline car. However, the purchase price of electric vehicles is often much higher. It is hoped that with the continuous progress of battery technology in the future, the efficiency will increase, and the cost will continue to decrease. Looking ahead, I think that the electric vehicle propulsion system will reduce the cost of vehicles to the same level or lower than that of gasoline vehicles in the next ten years-of course, it may be done faster, and only when that day comes, The price has dropped sufficiently low to make electric cars widely accepted by the average consumer. This depends on a number of factors, including the technological advancement of each generation of batteries and vehicles, and the expected increase in regulatory costs for gasoline and diesel vehicles.
Conclusion
We all know that fuel vehicles are already an indispensable means of transportation in our modern society. With such means of transportation, “distance” is no longer an insurmountable gap in people’s lives. However, in the face of the currently depleting energy resources and serious environmental pollution, scientists have used high technology to invent a new type of vehicle, which is an electric vehicle.The external appearance of an electric vehicle is the same as that of a gasoline vehicle. Is electricity. Through the above description, I believe that it is clear what is an electric vehicle and what are the advantages of electric vehicles. With the continuous advancement of science and technology, only the technology products that can make good use of energy and environmental protection are needed by modern society. In order to better develop the automobile industry, continuously develop new technologies, and use new technologies to invent more energy-saving and environmentally friendly products, which is the main goal of China’s current construction of the automobile industry. Only in this way can we not be eliminated by society and then serve the society