DESIGN AND SIMULATION OF HYBRID DC MICROGRID WITH WIND, PV AND BATTERY STORAGE
DESIGN AND SIMULATION OF HYBRID DC MICROGRID WITH WIND, PV AND BATTERY STORAGE
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Hybrid DC Microgrid with Wind, PV, and Battery Storage
Hybrid DC Microgrid with Wind, PV, and Battery Storage
₹ 499/-
Explore the design of a hybrid DC microgrid using wind, PV, and battery sources in MATLAB Simulink. Includes torque-based and P&O MPPT controllers, bidirectional converter control, and intelligent DC voltage regulation.
Explore this advanced MATLAB Simulink model of a Hybrid DC Microgrid with Wind, PV, and Battery, designed to simulate efficient and intelligent power management through renewable energy integration. This model combines wind turbines, solar PV arrays, and battery storage to supply power through a regulated DC microgrid.
Key Features:
Key Features:
Hybrid DC Microgrid powered by Wind, PV, and Battery
Torque-based MPPT control for wind energy using PMSG
Voltage regulation at DC-link through bidirectional DC-DC converter
Dynamic control of the hybrid system under varying load and generation conditions
Hysteresis-based inverter current controller
P&O MPPT control for solar PV system
Simulation of DC power flow, voltage levels, and overall system efficiency
After Payment Delivery:
After Payment Delivery:
Complete MATLAB Simulink model .slx file
A readme file for step-by-step guide for simulation
A licience file
This project is ideal for students, researchers, and professionals working on renewable energy systems and hybrid microgrid control techniques.
Gain practical experience with this scalable and realistic Hybrid DC Microgrid model powered by Wind, PV, and Battery Storage
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