Unified Power Factor Control in Electric Vehicles Charging

A Unity power factor PWM rectifier has the advantages of high power facter, low harmonic content of grid side current, energy bidirectional transmission etc, is widely used in AC drive, reactive power compensation, active power filter, unified power flow control, as well as uninterruptible power sup

Project Title

Unified Power Factor Control in Electric Vehicles Charging

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

A Unity power factor PWM rectifier has the advantages of high power facter, low harmonic content of grid side current, energy bidirectional transmission etc, is widely used in AC drive, reactive power compensation, active power filter, unified power flow control, as well as uninterruptible power supply, etc.

Project Objectives

• Continous power factor correction without manual capacitive bank loding.
• Power factor controller provides power factor correction and peak current limiting for a switch-mode power converter of ani tropology(buck, boost or buck-boost), without having to directly sense inductor current. the porfector control technique involves using piecewise polynomial analog computer(AC) to pompute power transistor on.-time in accordance with separate polynomial transfer functions for power-factor control and peak-current-linking usaing as inputs current reprasentations ofline input voltages(VLN), load output voltage(VAD), and long-term current demand (VCD).
• A condaction cycle is initiated by sensing when the rate of change in the inductor current reaches zero using an auxiliary winding on the current storage inductor, and terminated after the computed on-time to implement either power-factor control or peak-current limiting.

Project Implementation Method

Software Required for the project:

• Protius Professional
• MATLAB
• KEIL Compiler
• Languages Embedded C or Assembly 

Hardware Requirements:

• Arduino
• Lcd1602 i2c
• Acm 117
• Voltage sensor
• L2956
• Transformer
• Octocupler 
• Batteries
• Acrylic Sheet

Benefits of the Project

The following are the advantages of our progect:

1. Its a Commercial Project.
2. Reducing Enviromental Hazards.
3. Adressing Enviromental Cimate Changes.
4. Reducing Wastages of Energy.
5. System Safety.
6. Lowering the Cost.

Technical Details of Final Deliverable

We are in the final stages of Development and after completing we will test and validate our project. and we hope that our project will be ready in March.

Final Deliverable of the Project

Hardware System

Core Industry

Energy

Other Industries

Core Technology

Internet of Things (IoT)

Other Technologies

Sustainable Development Goals

Affordable and Clean Energy

Required Resources

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