The Reason Electric Cars Take Off Faster

Although it still has a few years to become widespread in our country, electric cars continues to gain ground in the market. Electric cars, which have many advantages over internal combustion engines, seem to be the future target of the whole world for now.

Compared to vehicles with internal combustion engines, electric vehicles to 0-100 km/h Have you seen it come out much faster? So what’s the reason for this? Do electric vehicles have a more powerful engine than internal combustion vehicles? Let’s see why electric vehicles accelerate faster than normal vehicles.

Why do electric cars take off faster than vehicles with internal combustion engines?

There are things that electric cars do better and worse than cars with internal combustion engines. Among these good aspects, the most important detail is that electric vehicles instant torque can be displayed as Internal combustion engines have to use many transmission organs, especially the transmission, to transfer power to the wheels.

In electric vehicles The power from the electric motor is transferred directly to the wheels. This makes it possible for the electric car to provide a great advantage, especially during the first take off.

In cars running on fossil fuels, power has to be transferred when you press the accelerator pedal.

Whether manual or automatic transmission, all Internal combustion engines use many transmission organs to transmit power. When you press the gas, the internal combustion engine lifts the car in 1st gear. When it reaches a certain speed, the gear is increased and so on. This use allows the vehicle to accelerate to much higher speeds with less fuel and engine speed.

Torque of internal combustion engines occurs at higher revs.

Cars with internal combustion engines can also have very high torque, but this torque power does not come from the first start of the car. This torque usually occurs at higher revs and thus the car can reach very high speeds. In addition, internal combustion engines also give losses when running. This loss comes out as heat and sound. In other words, not all of the energy of a gasoline can be transferred to the wheels.

In electric cars, this situation works much more completely. The power from the battery is transferred directly to the engine, and the engines likewise transmit the power to the wheels. This is the electric car. to give all its torque in the first second provides. This is actually the reason for the surprising speed at 0-100 km/h departures that we see in electric cars.

So which ones are faster: electric or internal combustion cars?

At takeoff, we saw very clearly that electric cars were superior. However, this advantage is during the first take off valid. Although cars with electric motors reach their maximum speed very quickly, that maximum speed is insufficient compared to cars with internal combustion engines.

Especially if we compare a high-end electric car against a sports car with a V8-like engine, the electric car would probably rush forward during the first takeoff. However, before this advantage took long, the car with the internal combustion engine would quickly overtake the electric car and get away from it. Because although electric cars take off fast with high torque values, this acceleration, internal combustion engines It doesn’t last as long.

Internal combustion engines through the transmission system Although they start up slower than electric motors, they can easily pass electric vehicles as they can accelerate even more in each gear and provide power transfer.

Electric vehicles are being renewed every day.

the past day With the launch of Togg As we can see, the start of electric cars is very successful. However, this success does not make it possible to reach very high speeds when we look at the electric vehicles in general. For this, companies are of course taking new steps, and in the future they will introduce electric cars with higher speeds.

Electric cars can cause more wheel wear.

of electric cars its sudden take off makes us shudder However, this take off also damages the wheels. Electric motors, which transfer all the torque to the wheels, cause the wheels to wear faster while doing this.

Today we explained to you why electric cars take off faster than cars with internal combustion engines. If you want more content like this, you can share it with us in the comments section.