Power Electronics is one of the most important domains in Electrical and Electronics Engineering, focusing on the conversion, control, and efficient utilization of electrical energy. MATLAB Simulink has become the preferred simulation platform for power electronics projects because it enables students to design, analyze, and validate systems before hardware implementation. In 2026, industries are increasingly adopting renewable energy systems, electric vehicles, smart grids, and intelligent power converters, creating significant demand for skilled power electronics engineers.
Students in Coimbatore looking for final-year projects can choose from the following Top 10 Power Electronics Projects with MATLAB Simulation:
1. Solar PV-Based MPPT Charge Controller
This project uses Maximum Power Point Tracking techniques to maximize energy extraction from solar panels. MATLAB Simulink is used to analyze the performance of different MPPT algorithms under varying environmental conditions.
2. DC-DC Buck Converter Design and Analysis
The buck converter project focuses on reducing DC voltage efficiently while maintaining stable output. Students can study switching characteristics, efficiency, and load variations using MATLAB.
3. DC-DC Boost Converter Using PWM Control
This project increases DC voltage levels and is commonly used in renewable energy applications. MATLAB simulation helps evaluate voltage regulation and converter performance.
4. Single-Phase Inverter Using SPWM Technique
Students design and simulate a single-phase inverter capable of converting DC power into AC power. The project demonstrates sinusoidal pulse width modulation techniques.
5. Three-Phase Inverter for Motor Drive Applications
This project is widely used in industrial motor control systems. MATLAB simulation helps analyze inverter output waveforms and motor performance.
6. Battery Management System for Electric Vehicles
The project focuses on battery monitoring, charging control, temperature protection, and state-of-charge estimation using MATLAB models.
7. Power Factor Improvement Using Power Electronics Devices
Students develop a system to improve power factor and reduce reactive power consumption in electrical networks.
8. STATCOM-Based Voltage Stability Enhancement
A STATCOM system is simulated to improve voltage regulation and power quality in transmission networks.
9. Bidirectional DC-DC Converter for EV Applications
This project supports charging and discharging operations in electric vehicle battery systems.
10. Smart Grid Integrated Power Converter System
Students develop intelligent power converter systems capable of integrating renewable energy sources into smart grids.
These projects provide practical exposure to modern power electronics technologies and help students develop industry-relevant skills.
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