3 MW Grid-Connected Solar PV System – Complete MATLAB/Simulink Model
 
The 3 MW Grid-Connected Solar PV System from LMS Solution is a professionally designed, fully editable MATLAB/Simulink model that demonstrates industrial-scale renewable energy integration. This product replicates a real-world utility-level PV plant, including PV array modeling, DC–DC boost conversion, MPPT control, DC-link regulation, and three-phase inverter grid synchronization. It provides researchers, students, and industry engineers with a high-quality reference model for power systems analysis, renewable integration studies, and academic publications.
 
✨ Key Features
 
Utility-scale PV Array (3.04 MW)
Designed using 11 PV modules in series and 1300 parallel strings, delivering accurate voltage/current characteristics.
P&O MPPT Algorithm Included
MATLAB-coded MPPT ensures maximum power extraction under dynamic irradiation.
Two-Stage Power Conversion
Boost converter + IGBT-based three-phase inverter with dq-axis PI current control.
Grid Synchronization with PLL
Ensures stable operation with a 400 V, 50 Hz grid.
Dynamic Simulation Results
Includes results for 1000 W/m² and 500 W/m², showing realistic PV behavior and grid power injection.
 
📘 What’s Included
 
Complete MATLAB/Simulink file of the 3 MW PV system
 
🎓 Ideal For
PV Researcher
Power electronics & microgrid projects
Renewable energy teaching modules
Industrial feasibility studies