At present, the ideal driving distance for electric-oil range extension should be 600 kilometers for electric power and 400 kilometers for oil. That is, the optimal ratio of electric-oil distance is s

At present, the most ideal driving range for extended range of electric oil should be that electric energy can run 600 kilometers, and the fuel tank can be replenished for about 400 kilometers. In other words, the optimal ratio for the electric-to-gas route is probably 6 to 4. It sounds quite reasonable, especially considering the actual usage scenario.

To understand the importance of this ratio, we must first understand our daily car usage habits. Most people drive 40-60 kilometers to and from get off work on a daily basis, and occasionally run about 200 kilometers on weekends. There is no need to struggle with battery life all day long. The current 6:4 plan allows the electric energy to meet most daily needs, and the oil can be replenished during long distances. It is a solution that can be used without any hassle.

At present, the most ideal driving range for extended range of electric oil should be that electric energy can run 600 kilometers, and the fuel tank can be replenished for about 400 kilometers. In other words, the optimal ratio for the electric-to-gas route is probably 6 to 4. It sounds quite reasonable, especially considering the actual usage scenario.

To understand the importance of this ratio, we must first understand our daily car usage habits. Most people drive 40-60 kilometers to and from get off work on a daily basis, and occasionally run about 200 kilometers on weekends. There is no need to struggle with battery life all day long. The current 6:4 plan allows the electric energy to meet most daily needs, and the oil can be replenished during long distances. It is a solution that can be used without any hassle.

I was thinking about how to determine this ratio before. In fact, not only battery life, but also charging time, charging facilities and the distribution of gas stations must be considered. No one likes rushing to recharge, and there still has to be fuel available in emergencies. Especially in first-tier cities, where the density of charging piles has not yet caught up, oil is still a very important safety cushion.

Speaking of this, some people think: Is this ratio too complicated? Not really. People are actually very sensitive to how long a battery can last, but they are more concerned about how fast it can be charged. For example, many electric vehicles today can charge 80% of their electricity in 30 minutes through fast charging, and batteries with a range of 600 kilometers can also accept them. Gas trucks are different. You can refuel at any time when running long distances, and it can be done in a few minutes.

However, I don’t really like to compare gasoline vehicles with electric vehicles. The fuel consumption of a gasoline truck is calculated as 8 liters per 100 kilometers. If it runs 600 kilometers with a full tank, it will cost about RMB 300. As for electric vehicles, some unit electricity charges are 0.6 yuan/kWh, and the electricity consumption per 100 kilometers is estimated to be 15 kilowatts, which means about 9 yuan per 100 kilometers, which is more convenient.

However, we must understand that electricity prices are relatively stable despite rising waves. When it comes to fuel, for example, a full tank can run more than 600 kilometers. The key is to look at the changes and have a good idea.

Recently I also looked through my notes (although I don’t have detailed statistics, let’s make an estimate) - if the battery is used up at 80%, removing the charging time can save a lot of time and cost. In fact, the combination of electricity and oil, if properly distributed, can greatly improve vehicle efficiency.

Wait a minute, I think someone might want to ask: Are these proportions just arbitrary? Yes, it cannot be said to be completely scientific. After all, there are too few test samples. It is only speculated based on experience and existing data. But the core meaning of this ratio is to ensure that the use of electrical energy can cover most daily needs, and to ensure that there is still fuel support for occasional long trips, so that both ends are not unreliable.

I have also thought that if technology allows in the future, solid-state batteries become more popular and the battery life becomes longer, then the ratio can naturally be adjusted. After all, it is not difficult to run an extra 400-600 kilometers with electric energy. The main problem is the charging infrastructure and battery costs.

There is a very interesting detail: I met a repairman in a coffee shop this morning. He said: You know, many people still think that electric vehicles are not reliable enough and that gasoline vehicles save worry. I smiled and asked: How long do you think hybrids can survive? He shook his head: I guess this problem will exist for another ten years.

At this point, I guess you will feel that all this is just speculation? In fact, it is true that many of the proportions are based on inferences based on actual car usage habits and industry trends without asking users in detail.

It makes me feel troubled: Can we really achieve the balance point of 600 kilometers with electricity and 400 kilometers with oil in the future? In other words, the real ideal depends on the cooperation of technological development and infrastructure.

Hey, when it comes to this, I always feel: Have you ever thought about it, if the next car can do this, will it be easier for people to accept it? But I’m worried: If the battery ages prematurely and the price goes up even more, wouldn’t it become a new worry?

During this time, I have been thinking: Is our pursuit of battery life too focused on extreme numbers? What is more needed for daily use of a car is a solution that is sufficient and stable.

I was flipping through the photo album just now. During a test drive, I looked at a car with an electric and oil mixture, and suddenly I thought to myself - if this ratio can be achieved in the future, it should be well balanced.

Don’t just focus on the numbers, it’s important to look at the actual experience. Do you think future models should also have a smarter sense of balance?

Maybe one day, with a remote control, a car can make its own adjustments: switch the ratio of oil and electricity over long distances, and let the car mix automatically. It might also be a good idea to set up an intelligent algorithm to weigh fuel consumption and electricity consumption. (Please press this paragraph for now).

I think the most realistic solution may still be to use more electricity and less fuel, rather than extreme pure electricity or pure oil. This is both energy-saving and convenient. What do you think? On the road ahead, the most important thing is the mental balance between the battery and the fuel tank.

This work is an original creation by the author, and the content was completed manually. Some of the content was generated with the help of artificial intelligence (AI) tools during the creation process. AI provides support in data collection, language polishing, expression optimization, or inspiration expansion. The core ideas and main content are completed independently by the author.

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