This repository presents a MATLAB/Simulink-based simulation framework designed for academic research and graduate-level studies in power electronics, renewable energy systems, and electrification technologies.
The models are not standalone projects only, but rather research-grade simulation case studies that can be reused, extended, and integrated into MSc/PhD-level work.
This repository is designed for:
- Graduate students (MSc / PhD)
- Academic researchers
- Power electronics and energy systems engineers
- Thesis and research project development
- Electric Vehicle Charging Systems (CC-CV modeling)
- Lithium-Ion Battery Electro-Thermal Modeling
- Photovoltaic Power Systems with MPPT Control
- DC-DC Power Converter Design and Analysis
- Renewable Energy Electrification Systems
Simulation of lithium-ion battery charging using CC-CV control strategy for EV applications.
Coupled electrical and thermal modeling of lithium-ion battery cells for performance and safety analysis.
Renewable energy system with DC-DC boost converter and MPPT control for maximum power extraction.
System-level design and sizing of off-grid photovoltaic systems for standalone applications.
These case studies are interconnected and can be combined for advanced research:
- PV system → energy generation layer
- Battery model → storage and dynamic response layer
- EV system → load and electrification layer
- Power electronics → control and conversion layer
- Master’s thesis development
- PhD simulation studies
- Control strategy validation
- Power electronics system analysis
- Renewable energy integration studies
- MATLAB
- Simulink
- Simscape Electrical
Marwa Abdelkareem
Research Engineer | Power Electronics & Renewable Energy Systems
MATLAB/Simulink Simulation Specialist