students design hybrid car - energy storage system price

With oil prices soaring year by year, the world is making every effort to develop other sources of energy, including renewable energy, to run cars.
P. students are aware of the growing demand for alternative energyS. N. A.
The College of Engineering and Technology has designed a hybrid car that can operate both in wind and solar, as well as in gasoline.
A group of studentsJ. Aishwariy, K. Aikla, S. Anusuya, S.
Apisha Banu, Matthew Chacko and Karunai dhapper-
Guidance with assistant professor and project J. E.
Moshe Dayan plans to design a cost-effective, eco-friendly hybrid car.
Vehicles operated by renewable energy should have a backup
The gasoline engine runs uninterrupted.
This model is completely reliable and can meet energy needs.
With the support of the college's management, the team started to act.
When girls developed solar sections and simulations using fuzzy logic technology, the boys took responsibility for developing wind and mechanical work.
Filmy Francis, a graduate EEE student, also did all the simulations for the project.
Electricity generated by solar panels and wind energy systems can be stored in storage systems for propulsion.
The energy generated by the motor can be used to charge the energy storage system.
Due to the use of renewable energy, a small internal combustion engine was replaced in the vehicle.
When the vehicle is running in engine mode, the machine will supply power to the storage system as a generator, and when the vehicle is in motor mode, the same machine will work as a motor.
In the second phase, sir.
Dayan said that they have started to modify the first version in order to use them in autorickshaws.
Cost-cutting measures are being taken.
Once implemented, this model can be used to modify self-driving cars to run on solar or wind energy.
The next batch of EEE students have been scheduled for the next stage.
Implementing the revised model on commercially operated vehicles will save fuel between 30 and 40.