How nicom1410/three-phase-three-level-flying-capacitor-inverter works
This is a PLECS simulation project for a three-phase, three-level flying-capacitor inverter, not a conventional software application. The principal workflow is to open and run the model in PLECS, then inspect electrical, efficiency, thermal, and spectral results. The README documents these capabilities, but no source excerpts were supplied, so internal model wiring and detailed data flow cannot be verified.
Main entry points: FinalProject.plecs Inverter model
Components 10
Inverter simulation
- Inverter model
FinalProject.plecs - PS-SPWM control
FinalProject.plecs - Capacitor balancing
FinalProject.plecs - Thermal model
FinalProject.plecs
Performance analysis
- Efficiency analysis
FinalProject.plecs - Spectral analysis
FinalProject.plecs - Simulation results
FinalProject.plecs - Project report
Final_Project .pdf
Other components
- Engineer
- PLECS
Connections 8
- Engineer → PLECS: opens model
README.md - PLECS → Inverter model: runs
README.md - Inverter model → PS-SPWM control: includes
README.md - Inverter model → Capacitor balancing: includes
README.md - Inverter model → Thermal model: includes
README.md - Inverter model → Efficiency analysis: evaluates
README.md - Inverter model → Spectral analysis: analyzes
README.md - PLECS → Simulation results: displays
README.md