TWO AREA LOAD FREQUENCY CONTROL GA OPTIMIZED SLIDING MODE CONTROLLER LFC MATLAB SIMULINK

Описание: Two-Area Load Frequency Control (LFC) using GA-Optimized Sliding Mode Controller | MATLAB Simulink Simulation

This video presents the modeling and simulation of a Two-Area Interconnected Power System using a Genetic Algorithm (GA) optimized Sliding Mode Controller (SMC) for effective Load Frequency Control (LFC) implemented in MATLAB/Simulink.

The proposed GA-SMC controller improves frequency regulation, dynamic stability, and tie-line power oscillation damping under sudden load disturbances compared with conventional PID and classical SMC approaches.

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🔍 Topics Covered

Mathematical modeling of two-area power system (governor, turbine, generator, tie-line)
Fundamentals of Load Frequency Control (LFC)
Sliding Mode Control (SMC) design for robust frequency regulation
Genetic Algorithm (GA) based optimization of SMC parameters
Performance comparison: PID vs SMC vs GA-SMC
System response under step-load disturbances
Analysis of frequency deviation and tie-line power flow

⚡ Key Simulation Highlights

✅ MATLAB/Simulink implementation of two-area LFC
✅ Robust control under parameter uncertainty and load variation
✅ Reduced settling time and overshoot
✅ Improved damping of tie-line power oscillations
✅ Suitable for modern smart grid & renewable-integrated power systems

🎓 Best Suited For

BTech / MTech / MSc /PhD students in Electrical & Power Engineering
Research in advanced control techniques, robust control, and optimization algorithms
Academic projects focused on smart grids and frequency stability

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