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⚡ IEEE 2026 · Rectifiers · Choppers · Inverters · Cycloconverters · MATLAB · PSIM

MTech Projects for Power Electronics

65+ latest Power Electronics project topics covering AC/DC Rectifiers, DC/DC Choppers & Regulators, DC/AC Inverters and AC/AC Converters. Complete packages with IEEE base paper, MATLAB / PSIM / PLECS simulation, report, PPT and viva support — Bangalore.

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AC/DC Rectifiers DC/DC Choppers DC/AC Inverters AC/AC Converters Control Soft Switching WBG Devices Applications

MTech Projects for Power Electronics — Rectifiers, Choppers, Inverters & AC/AC 2026

Power Electronics projects cover the four classical conversion families: AC/DC (rectifiers), DC/DC (choppers and regulators), DC/AC (inverters) and AC/AC (cycloconverters and matrix converters), plus modern control, soft-switching and wide-bandgap devices.

Why choose Power Electronics projects at ProjectsatBangalore?

  • IEEE / IET style base papers
  • Complete MATLAB/Simulink & PSIM models
  • Waveforms, THD and efficiency analysis
  • Control algorithm implementations
  • VTU / Anna / JNTU format reports
  • 20–25 slide PPT + 50+ viva Q&A
  • SiC/GaN and multilevel topics
  • Mentoring via WhatsApp / Zoom
🔌

AC/DC

Uncontrolled, controlled, PFC rectifiers

📉

DC/DC

Buck, Boost, Buck-Boost, multi-phase

📈

DC/AC

2-level, multilevel, Z-source inverters

🔄

AC/AC

Cycloconverters, matrix converters

Tools & Platforms Used

Industry-standard power electronics simulation tools.

📐MATLAB / Simulink ⚡PSIM 🔧PLECS 📊LTspice 🌐PSCAD 🐍Python

65+ Latest MTech Power Electronics Project Topics (2026)

AC/DC Rectifiers, DC/DC Choppers, DC/AC Inverters and AC/AC Converters topics with recommended tools.

# Project Title Domain Tools / Stack
🔌  AC/DC Converters (Rectifiers)
1Single-Phase and Three-Phase Uncontrolled Bridge Rectifier AnalysisUncontrolledMATLAB/Simulink · PSIM
2Controlled Thyristor Rectifier – Single and Three Phase with Firing Angle ControlControlledMATLAB/Simulink · PSIM · PLECS
3Power Factor Correction (PFC) Boost Rectifier for Single-Phase SuppliesPFCMATLAB/Simulink · PSIM · PLECS
4Vienna Rectifier for Three-Phase Unity Power Factor RectificationViennaMATLAB/Simulink · PLECS
5Active Front-End (AFE) Rectifier with Vector ControlAFEMATLAB/Simulink · PSIM
6Multi-Pulse Rectifiers (12-pulse, 18-pulse) for Harmonic ReductionMulti-PulseMATLAB/Simulink · PSIM
7Diode Rectifier with LC and C Filters – Design and Transient AnalysisFilter DesignMATLAB/Simulink · LTspice
8Regenerative Rectifier for Bidirectional Power FlowRegenerativeMATLAB/Simulink · PLECS
9Single-Stage AC-DC Converter with High Power Factor and Low THDSingle-StageMATLAB/Simulink · PSIM
10Comparison of Diode, Thyristor and PWM Rectifiers – Efficiency and HarmonicsComparisonMATLAB/Simulink · PSIM
📉  DC/DC Converters (Choppers / Regulators)
11Buck Converter Design and Closed-Loop Voltage ControlBuckMATLAB/Simulink · PSIM · LTspice
12Boost Converter for PV and Battery ApplicationsBoostMATLAB/Simulink · PSIM · PLECS
13Buck-Boost and Cuk Converter Modelling and ControlBuck-BoostMATLAB/Simulink · PSIM
14SEPIC and Zeta Converter Design for Wide Input RangeSEPIC/ZetaMATLAB/Simulink · LTspice
15Interleaved Multi-Phase Buck Converter for High Current ApplicationsInterleavedMATLAB/Simulink · PSIM · PLECS
16Isolated DC-DC Converters – Flyback, Forward and Push-PullIsolatedMATLAB/Simulink · LTspice · PSIM
17Full-Bridge and Half-Bridge Isolated Converters with Phase-Shift ControlFull-BridgeMATLAB/Simulink · PLECS
18Dual Active Bridge (DAB) Converter for Bidirectional Power TransferDABMATLAB/Simulink · PLECS · PSIM
19LLC Resonant Converter Design and Frequency Modulation ControlLLCMATLAB/Simulink · LTspice · PLECS
20Multi-Output DC-DC Converter for Multi-Rail Power SuppliesMulti-OutputMATLAB/Simulink · LTspice
21Digital Control of DC-DC Converters using Discrete PID / Sliding ModeDigital CtrlMATLAB/Simulink · PSIM
22Current-Mode vs Voltage-Mode Control Comparison for Buck ConverterControl ModesMATLAB/Simulink · PSIM
📈  DC/AC Converters (Inverters)
23Single-Phase Full-Bridge Inverter with Sinusoidal PWMSPWMMATLAB/Simulink · PSIM · PLECS
24Three-Phase Two-Level Inverter with Space Vector PWM (SVPWM)SVPWMMATLAB/Simulink · PSIM
25Cascaded H-Bridge Multilevel Inverter – Modulation and THD AnalysisCHB MLIMATLAB/Simulink · PSIM · PLECS
26Neutral-Point Clamped (NPC) and T-Type Multilevel InvertersNPC / T-TypeMATLAB/Simulink · PLECS
27Z-Source and Quasi-Z-Source Inverter for Buck-Boost CapabilityZ-SourceMATLAB/Simulink · PSIM
28Current Source Inverter (CSI) Modelling and ControlCSIMATLAB/Simulink · PSIM
29Grid-Tied Inverter with PLL and Current Control for PV SystemsGrid-TiedMATLAB/Simulink · PLECS
30Selective Harmonic Elimination (SHE) PWM for Multilevel InvertersSHE-PWMMATLAB · Optimisation · Simulink
31Modular Multilevel Converter (MMC) – Modelling and ControlMMCMATLAB/Simulink · PLECS
32Inverter Dead-Time Compensation and Switching Loss AnalysisDead-TimeMATLAB/Simulink · PSIM
33Three-Level and Five-Level Flying Capacitor InverterFlying CapMATLAB/Simulink · PLECS
34Inverter Control for BLDC / PMSM Motor DrivesMotor DriveMATLAB/Simulink · PSIM
🔄  AC/AC Converters
35Single-Phase and Three-Phase Cycloconverter – Frequency Conversion AnalysisCycloconverterMATLAB/Simulink · PSIM
36Matrix Converter – Direct AC-AC Conversion without DC LinkMatrixMATLAB/Simulink · PLECS · PSIM
37AC Voltage Controller (Phase Angle Control) for Heating and Lighting LoadsACVCMATLAB/Simulink · PSIM
38Integral Cycle Control and Soft Starters for Induction MotorsSoft StarterMATLAB/Simulink · PSIM
39Bidirectional AC-AC Converter for Grid Interfacing ApplicationsBidirectionalMATLAB/Simulink · PLECS
40Solid-State Transformer (SST) based on Cascaded ConvertersSSTMATLAB/Simulink · PLECS
41Comparison of Cycloconverter and Matrix Converter – THD and EfficiencyComparisonMATLAB/Simulink · PSIM
🎛️  Control Strategies
42PID and Cascade Control of DC-DC ConvertersPIDMATLAB/Simulink · Control Toolbox
43Sliding Mode Control for Buck and Boost ConvertersSMCMATLAB/Simulink · PSIM
44Model Predictive Control (MPC) of Inverters and ConvertersMPCMATLAB/Simulink · PLECS
45Field-Oriented Control (FOC) of Inverter-Fed Induction / PMSM DrivesFOCMATLAB/Simulink · PSIM
46Direct Torque Control (DTC) of Induction Motor using InverterDTCMATLAB/Simulink · PSIM
47Adaptive and Fuzzy Logic Control of Power ConvertersAdaptive/FuzzyMATLAB/Simulink · Fuzzy Toolbox
✨  Soft Switching & Resonant Converters
48Zero Voltage Switching (ZVS) and Zero Current Switching (ZCS) TechniquesZVS/ZCSMATLAB/Simulink · LTspice · PLECS
49Resonant Converter Families – Series, Parallel and Series-ParallelResonantMATLAB/Simulink · LTspice
50Phase-Shifted Full-Bridge Converter with Soft SwitchingPSFBMATLAB/Simulink · PLECS
51Soft-Switched Multilevel Inverter TopologiesSoft MLIMATLAB/Simulink · PSIM
💎  Wide Bandgap Devices & Advanced Topics
52SiC MOSFET based DC-DC Converter – Efficiency and Thermal AnalysisSiCMATLAB/Simulink · LTspice · PLECS
53GaN HEMT based High-Frequency Converter DesignGaNMATLAB/Simulink · LTspice
54Comparison of Si, SiC and GaN Devices in Power ConvertersDevice CompMATLAB · LTspice · Literature
55EMI Mitigation Techniques in High-Frequency Power ConvertersEMILTspice · MATLAB · Filter design
🏭  Application-Oriented Topics
56EV Battery Charger using PFC Rectifier and Isolated DC-DC StageEV ChargerMATLAB/Simulink · PSIM · PLECS
57Solar PV Inverter with MPPT and Grid SynchronisationPV InverterMATLAB/Simulink · PLECS
58UPS System Design – Online Double Conversion TopologyUPSMATLAB/Simulink · PSIM
59Induction Heating Power Supply using Resonant InverterInduction HeatMATLAB/Simulink · LTspice
60Switched Mode Power Supply (SMPS) Design for Consumer ElectronicsSMPSLTspice · MATLAB · Design equations
61Motor Drive Inverter for Industrial Variable Frequency Drive (VFD)VFDMATLAB/Simulink · PSIM
62Wireless Power Transfer using Resonant Converter TopologyWPTMATLAB/Simulink · LTspice
63STATCOM / Active Power Filter using Voltage Source InverterSTATCOM/APFMATLAB/Simulink · PSIM
64Bidirectional Converter for Battery Energy Storage Systems (BESS)BESSMATLAB/Simulink · PLECS
65End-to-End Power Electronics System: Rectifier + DC-DC + Inverter for AC Motor DriveFull SystemMATLAB/Simulink · PSIM · PLECS

★ All 65 MTech Power Electronics project topics are sourced from IEEE Transactions on Power Electronics, IEEE Trans. on Industrial Electronics, IET Power Electronics and leading conference papers (2022–2026). Each project includes the base paper, complete simulation models (MATLAB/Simulink, PSIM, PLECS), waveforms and performance analysis, university-format report for VTU / Anna University / JNTU, PPT (20–25 slides) and 50+ viva Q&A specific to the topic.

FAQ — MTech Power Electronics Projects

Top topics include Controlled and PFC rectifiers, Buck/Boost/interleaved and isolated DC-DC converters, Multilevel and Z-source inverters with SVPWM, Cycloconverters and matrix converters, Soft-switching (ZVS/ZCS) topologies, SiC/GaN converters, and application-oriented systems (EV charger, PV inverter, UPS). All include IEEE base paper, simulation models, report and viva support.
Primary: MATLAB/Simulink (Simscape Electrical), PSIM, PLECS. Circuit-level: LTspice. System-level: PSCAD (optional). Supporting analysis with Python where needed.
Yes. Every project includes IEEE / IET style base paper, complete simulation models, key waveforms and performance metrics (THD, efficiency, regulation), university-format report (VTU, Anna University, JNTU), PPT (20–25 slides) and 50+ viva Q&A.
Typical completion is 7–18 working days. Basic converter studies: 7–12 days. Multilevel, soft-switching or full system projects: 12–18 days. Contact +91 95919 12372 with your deadline.