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Sulaf Waiss
Model Power System: Construct a Simulink model representing the power system components. Fault Injection: Introduce faults at specific locations. Distance Relay Logic: Implement logic to calculate impedance or distance to faults based on relay settings and signals. Protection Logic: Design protection logic to trigger relay tripping. Simulation Parameters: Set time step, duration, and relay settings. Signal Sources: Generate current and voltage signals for relay inputs. Visualization: Use Simulink tools to visualize relay behavior. Testing: Run simulations, analyze relay responses, adjust settings as needed. Validation: Compare simulation results with real-world expectations. Documentation: Document model, logic, parameters, and assumptions.
Simulating a distance relay using MATLAB Simulink involves creating a model of a power system, implementing distance relay logic, and testing its performance under fault scenarios. Here's a summarized step-by-step guide:
Ensure familiarity with power systems, protection schemes, and Simulink for successful distance relay simulation.
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