Online MATLAB Workshop: DC and AC Microgrid Modeling with PV, Wind, and Battery Systems
Date: 11-01-2025
Time: 11.00 AM to 02.00 PM IST
Registration Link: https://lmssolution.net/book-online
#MATLAB #MicrogridModeling #RenewableEnergy #DCMicrogrid #ACMicrogrid #PVSystems #WindEnergy #BatteryStorage #EnergyModeling #PowerSystems #SustainableEnergy #CleanEnergyTech #GridIntegration #EnergySimulation #SmartGrids
Session 1: Modeling of DC microgrid with PV wind Battery Systems
Session 1 will focus on modeling DC microgrids integrating PV, wind, and battery systems. Participants will learn techniques for PV array modeling, wind turbine behavior, and battery energy storage modeling. The session will cover system integration methods and control strategies for optimal microgrid operation. Simulation tools like MATLAB/Simulink will be introduced for practical implementation.
Session 2: Modeling of AC microgrid with PV Wind Battery system
Session 2 will explore the modeling of AC microgrids incorporating PV, wind, and battery systems. Participants will learn advanced techniques for PV array and wind turbine modeling within AC grid environments, considering dynamic interactions and grid stability. The session will cover battery energy storage modeling for grid support functions and energy management. Additionally, system integration methods and control strategies specific to AC microgrids will be discussed.
Topics To be Covered:
Session 1: Modeling of DC microgrid with PV wind Battery Systems
1. Modelling of the PV wind system.
2. Modelling of the wind system.
3. Modelling of the Battery system.
4. Modelling of the DC Microgrid PV wind Battery system.
Session 2: Modeling of AC microgrid with PV Wind Battery system
1. Modelling of AC microgrid with PV wind battery system is grid connected mode.
2. Modelling of AC microgrid with PV wind battery system is standalone mode.
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