Is it possible to increase performance in electric vehicles?
Electric vehicles are quite different from other vehicles in terms of engines and many modules, but they have the same principles as other vehicles in terms of handling.
The engine in these vehicles has a very different working logic, but it is possible to increase performance in these vehicles. There are various ways to do this. If you want, let's examine them together.
1- Upgrade the battery in the vehicle;
If you increase the battery capacity in your vehicle, even with the higher voltage we obtain, the power increase is provided.
It is possible to replace the batteries in the vehicle with higher capacity batteries. For example, the batteries in Tesla vehicles have a very high cooling due to the components in them.
Therefore, it works more efficiently. Therefore, the battery upgrades we make in our vehicle increase performance.
2- Improvements made on electric motors;
Engines in electric vehicles have a simpler working principle than internal combustion engines.
Therefore, it is possible to add extra engines to electric vehicles. Adding auxiliary engines for each wheel or replacing the engine in the vehicle with a more powerful engine will increase the power of the vehicle.
3- Making changes to the computer management in the vehicle;
As with other vehicles, vehicle manufacturers restrict the power output in the vehicle to ensure vehicle safety.
It is possible to obtain more power from the vehicle by changing the software version in these vehicles.
You can think of this just like the chiptuning process applied to vehicles with internal combustion engines. In electric vehicles, various tools are needed to do this.
Although the on-board computers are protected, it will be possible to connect to the computers of these vehicles in the future, just like in vehicles with internal combustion engines.
When this is possible, it will be possible to increase the power in the vehicle.
Changes made on the inverter;
The inverter converts the DC current from the battery to AC current and transfers it to the motor. The greater the rotational speed in the motor, the greater the switching speed of the AC current.
The higher the frequency, the higher the power available from the motor can be. This frequency setting is optimized in each motor, but it is possible to change these settings.
keeping the battery cold;
When the batteries get hot, the power obtained decreases, but it is possible to increase the performance if the batteries are kept cold with options such as air cooling and liquid cooling.
By applying all these methods, it is possible to increase the performance of electric vehicles.