Fast Off-board Charger for Electric Vehicles

Welcome to the Fast Off-board Charger for Electric Vehicles project! This project aims to develop a robust and efficient off-board charging solution for electric vehicles (EVs). The system is designed to go through several stages: from the grid to the AC filter, then to the AC/DC conversion, followed by the DC-link, DC/DC conversion, and finally to the battery.

Repository Hierarchy

The repository is organized into the following directories:

• AC-DC_Conversion: Contains all the files and scripts related to the AC to DC conversion process.
• DC-DC_Conversion: Includes the components and models for the DC to DC conversion phase.
• Charger_Integration: Integrates all the components of the charger system.
• Documentation: Comprehensive documentation of the project, including the graduation project book and the presentation of the project discussion.
• media: Contains all the media files, including images and diagrams used in the README and documentation.

Project Phases

1. Grid Connection: Connection from the grid to the system.
2. AC Filter: Filtering the alternating current.
3. AC/DC Conversion: Converting alternating current (AC) to direct current (DC).
4. DC-Link: Stabilizing the DC voltage.
5. DC/DC Conversion: Converting to the required DC voltage levels.
6. Battery Charging: Charging the electric vehicle battery.

Team Members

This project was a collaborative effort by a team of dedicated students. The team was divided into two subteams:

AC/DC Conversion Subteam

• Hassan Tarek Ali Hassan GitHub | LinkedIn
• Mahmoud Yosry Mostafa Moussa
• Muhammad Ibrahim Gaber Ibrahim
• Mennat Allah Hassan Ali GitHub | LinkedIn
• Yousef Mohamed Zaghlol Elsenosy Balbaa
• Alaa Ashraf Mohamed Abdelhalim

DC/DC Conversion Subteam

• Nouran Ahmed El-Sayed Ahmed Darwish
• Ahmed Saeed Abdullatif Ebrahim Aboeita
• Mohamed Raafat Abdelgaber Ragab
• Ahmed Mostafa Kamel El-Tahan
• Mennat Allah Khaled Ali Barakat
• Moamen Mohamed Eltayeb

How to Use This Repository

To get started with the project, follow these steps:

1. Clone the repository:

   git clone https://github.com/MennatAllahhxx/Fast-OFBC-Graduation-Project.git

2. Navigate to the desired directory:

   cd Fast-OFBC-Graduation-Project

Feel free to explore the directories and read through the documentation for detailed information on each phase of the project.

License

This project is licensed under the MIT License. See the LICENSE file for details.

Contact

For any inquiries or further information, please contact [email protected]