Top 10 Power Electronics Projects with MATLAB Simulation (2026) in Chennai
Power Electronics is one of the fastest-growing fields in electrical and electronics engineering. It focuses on the conversion, control, and management of electrical power using semiconductor devices such as MOSFETs, IGBTs, thyristors, and power converters. Final-year engineering students frequently choose power electronics projects because they offer excellent opportunities to learn converter design, inverter technology, motor drives, renewable energy integration, and electric vehicle applications.
Aislyn Technologies Chennai provides the latest Power Electronics Projects with MATLAB Simulation (2026), helping students gain practical knowledge through simulation models, source code, circuit diagrams, hardware implementation support, and detailed project reports.
The following project ideas are suitable for BE, BTech, ME, MTech, Diploma, and Polytechnic students.
Top 10 Power Electronics Projects for 2026
Multilevel Inverter for Renewable Energy Applications Using MATLAB
This project focuses on designing and simulating multilevel inverter topologies for solar and renewable energy systems. Students learn inverter control techniques, harmonic reduction, and power quality improvement.
DC-DC Buck Converter with Closed Loop Control
This project develops a DC-DC buck converter using MATLAB Simulink for voltage regulation applications. It demonstrates converter design, PWM generation, and feedback control systems.
DC-DC Boost Converter for Solar Energy Systems
The project increases low DC voltage to higher voltage levels using boost converter technology. MATLAB simulation helps analyze efficiency, voltage gain, and switching performance.
Solar PV Based Grid Connected Inverter
This project integrates solar photovoltaic systems with electrical grids using inverter technology and control algorithms. MATLAB simulation enables power flow analysis and grid synchronization studies.
Electric Vehicle Battery Management System
A battery management system monitors battery parameters and improves charging efficiency. Students learn battery protection, SOC estimation, and electric vehicle energy management.
PWM Based Induction Motor Speed Control
The project controls motor speed using PWM techniques and power electronic switching devices. MATLAB simulation demonstrates speed variation and motor performance characteristics.
Bidirectional DC-DC Converter for EV Applications
This project enables two-way power transfer between batteries and loads. It is widely used in electric vehicle charging and regenerative braking systems.
Soft Switching Resonant Converter Design
Students design resonant converters that reduce switching losses and improve efficiency. MATLAB simulation helps analyze converter performance under varying load conditions.
Intelligent Power Factor Correction System
The project improves power factor using capacitor banks and intelligent control techniques. MATLAB simulation demonstrates reactive power compensation and energy savings.
Smart Solar Battery Charging Controller
This project develops a solar charging controller with maximum power point tracking techniques. Students learn battery charging algorithms and renewable energy integration methods.
Additional Power Electronics Projects
Three Phase Inverter Design
Single Phase PWM Inverter
Hybrid Renewable Energy Converter
Wireless Power Transfer System
Electric Vehicle Charging Station Controller
High Gain DC-DC Converter
ZVS Converter Simulation
Smart Energy Storage System
Matrix Converter Design
Active Power Filter System
STATCOM Based Voltage Regulation
Dynamic Voltage Restorer
Power Quality Improvement System
Smart Grid Power Converter
IEEE Based Advanced Power Electronics Project
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