108 kW Two-Stage Grid-Connected PV System | Three-Phase Inverter Control | MATLAB Simulink
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This video presents a 108 kW two-stage grid-connected photovoltaic (PV) system simulated in MATLAB Simulink, focusing on three-phase inverter control and grid synchronization.
The model is suitable for final-year engineering students, MSc projects, and PhD-level research.
🔍 Key features covered:
Two-stage PV architecture (DC-DC + DC-AC)
MPPT-controlled DC-DC boost converter
Three-phase Voltage Source Inverter (VSI)
Grid synchronization using PLL
dq-axis current control strategy
Active & reactive power control
DC-link voltage regulation
Grid current quality and power factor analysis
IEEE-compliant grid-connected operation
⚙️ Tools & Technologies:
MATLAB Simulink
Simscape Electrical
Control Systems (PI / dq control)
Renewable Energy Grid Integration
🎓 Who should watch this?
Electrical & Power Engineering students
Renewable Energy & Smart Grid researchers
MSc / PhD scholars
MATLAB Simulink users working on grid-connected inverters
✅ MATLAB / Simulink Projects
✅ PV & Inverter Control Models
✅ MSc / PhD Research Support
✅ IEEE / Springer Journal-Level Simulations
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