Bursa high school student developed a project that increases the range of electric vehicles

AA & Ensonhaber

tenth grade student Aknil Özdemir, who produced the prototype of the system that transfers the electrical energy obtained from the motion of the car to the battery with the system he positioned in the wheel, was chosen as the regional winner in the 2024-A High School College students Analysis Initiatives Competitors of TÜBİTAK.

The electrical energy produced by the wheel is transferred to the battery.

Due to the generator system constructed by Özdemir, who’s learning at a personal high school, underneath the supervision of his trainer, Hakan Özkaynak, the electrical energy produced throughout the motion is transferred again to the battery with the mechanism made inside the tires of the car, thus guaranteeing recycling. The car can journey longer distances due to the power recycled into the battery because it strikes.

Getting ready for TÜBİTAK ultimate

Özdemir, who additionally participated in TEKNOFEST as the rocket workforce supervisor of his school, is getting ready his patent software with prototypes and fashions for the ultimate of the TÜBİTAK competitors to be held on June 5-9.

Aknil Özdemir stated that he’s engaged on the range of electric vehicles.

Özdemir said that he began this project based mostly on the truth that electric vehicles have a shorter range than these working with fossil fuels.

There have been research on this range distinction earlier than, however there is no such thing as a project that you possibly can at all times recuperate in recycling thus far. In my project, you possibly can at all times get electrical energy each time the car’s wheel turns.

stated.

The much less electrical energy, the extra eco-friendly

Özdemir gave details about the mechanism he positioned inside the wheel.

Expressing that the logic of the system relies on producing power from the motion of the wheel, Özdemir used the following statements:

From the outdoors, it seems to be like a regular car, however inside the wheel, there may be a system with fins. These fins have two totally different values, electropositive and electronegative. Each time these two supplies come into contact with one another, there may be electrical energy and I can direct it to the battery. The electrical energy we acquire can fluctuate based on totally different velocity values, the weight of the car and the measurement of the wheel. Whenever you combine this wheel into any electric car, it primarily supplies you with an financial contribution, since you possibly can go far more kilometers than you usually would. Secondly, whenever you disseminate this, the much less electrical energy you employ, the extra environmentally pleasant you’ll stay.

It could possibly improve the car’s range to 1000’s of kilometers.

Özdemir said that if the system is developed, big range variations might be achieved in electric vehicles.

Explaining that he’ll proceed to develop his project, Özdemir stated,

I imagine the superior model can improve the range of a car to 1000’s of kilometers. With this project, I participated in the project competitors of TÜBİTAK. I used to be the first in the area of physics out of a complete of 1700 initiatives in the Bursa area. I hope to get a good grade in the nationwide ultimate in June as nicely.

he stated.