optimization the development of electrical vehicle V to G and G to V using MATLAB

Day by day increasing rate of petroleum products and its deficiency and our interest in electrical engineering motives us to create a cgarging station which charges the vehicles with the help of electricity. We are introducing cgarging and discharging electrical vehicle having followi

Project Title

optimization the development of electrical vehicle V to G and G to V using MATLAB

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

Day by day increasing rate of petroleum products and its deficiency and our interest in electrical engineering motives us to create a cgarging station which charges the vehicles with the help of electricity.

We are introducing cgarging and discharging electrical vehicle having following features,

Backup generation through solar energy

wireless charging

Feed powe back to grid or near by house.

Designing a smart grid.

Project Objectives

Wireless power trasnfer(bi-directional flow)..

Optimize v2g strategies provide maximum ecnomical benefits.

Minimize charging period selection for electrical vehicles.

Minimize networl loss.

Minimize the average voltage deviation during peak off and peak on time.

Fullfill the customers needs

Remove barriers for customers.

To minimize power operational cost.

Project Implementation Method

BIneary Partical Swarm Optimization Method(BPSO).

Monto Corlo Method(MCM).

Benefits of the Project

Improve the performance of electrical grid such as efficiency and reliability.

V2G vehicles offers reactive power support,active power regulation and in load balancing.

Maximum economial benfits.

Consumers can make revenue by storing electricity at off-peak hours and selling it back to grid at peak load hours.

Provide information on system requirements and bidirectional charging and discharging strategies.

Technical Details of Final Deliverable

Make charging station in which we introduce three different levels of charging(fast,medium and slow)

Implementation of wireless bi-directional flow which is necessary and important part of project.

Try to minimize the network loss by using two sources wapda and solar or using device that extract maximum power like mppt or pwm from solar.

Final Deliverable of the Project

Software System

Core Industry

Manufacturing

Other Industries

IT

Core Technology

Internet of Things (IoT)

Other Technologies

Sustainable Development Goals

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com