In fact, in our content we also discuss the fastest charging times. electric vehicles We’ll also look at how it works and details on charging.

Of course these times will change in the future, but Now what is the obstacle?

Let’s start with the fastest charging electric vehicles.

In the rapidly developing charging technology within 20-30 minutes It is possible to charge electric vehicles up to 80 percent. We will talk shortly about why it is 80 percent and how it affects charging time.

Let’s get back to our topic. One of the models that currently excels in terms of speed Lucid Air. For a range of 322 km 12 minutes charging time is offered. Here too, in Tesla’s Model S Plaid version, 15 minutes is sufficient for a range of 322 km.

Of course, these are nice details that make electric vehicles more practical. However, Why isn’t it even shorter?

Let’s not add stress.

Current battery technology is still limited. EVs often use lithium-ion batteries to store energy energy densities and is preferred because of its long life.

During fast charging, a large amount of energy is charged into the battery, which can damage its internal structure. The resulting stress not only shortens the battery life, but also radiation and even fire It also carries dangers such as:

That’s why battery manufacturers and car manufacturers long lasting and safe It limits the loading speed to ensure

Let’s get to the 80 percent details.

In general, EVs can fast charge from 0 to 80, but increase from 80 to 100 It takes longer, which of course affects the total time.

There is one more detail, however: many manufacturers ensure that their vehicles are constantly maintained charging more than 80 percent does not recommend it. Therefore, in some cases it makes more sense to see how much charge it has at 80 percent.

Battery capacity is one of the important factors.

Whatever your vehicle’s battery is, you can only charge it so fast. This basically means that, let’s say, your vehicle maximum charging speed If this is 7 kW, you cannot fast-charge your vehicle at a 22 kW charging point.

Moreover battery capacity The larger it is, the longer the charging time.

Another obstacle is the limited existing charging infrastructure.

Even though the chargers are located separately at the stations They can share the same power source. This means that each charger reduces its output values. In this case, which is more common with fast chargers, the power supplied is almost halved.

There are also a large number of fast charging stations. electric current This requirement could also put pressure on existing electricity networks.

About to standard charging stations Since it is even more expensive, it is not possible to have it everywhere. Those who want to charge quickly gather in one place and the time for everyone becomes shorter.

Battery life has finally arrived.

Even though they have a lifespan of almost 15 years batteries age, Some of their capacity is gone. As the resistance of batteries increases with age, the power they can accept decreases and the charging speed slows down.

seasonal changes When you consider that houses or stations are not only effective in loading time but also contribute to this time, there is actually quite a bit to it.

However, solid-state batteries and more efficient energy management systems Such innovations can also reduce charging times. Work continues quickly to reduce charging time.

Let’s see what moment we’ll be talking about next year!

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