Description

Course Content

 

1. Introduction to DIgSILENT Power Factory
2. Power System Analysis StudiesOverview– IEEE 9 bus system
3. Grid Modeling
4. Bus Bar Modeling and Busbar Configurations
5. Overhead Line Modeling – Direct Method and Tower geometry
6. Ferranti Effect, Shunt and Series Compensations, and Surge Impedance Loading
7. Cable Modeling and Sizing
8. Two- Winding’s Transformer Modeling, OLTC and DETC, and parallel Operation
9. Three Windings Transformer Modeling
10. ZIP load Modeling
11. Synchronous Generator, SM Modeling, V, Q, and PF Control Mode Techniques
12. Synchronous Condenser Modeling
13. Capacitor Bank Modeling and Power Factor Correction
14. Induction MotorsModeling and Motor Starting Introduction
15. Large Scale Grid Connected PV Plant with Q station Controller and Frequency Controller
16. Performing Balancedand Unbalanced AC Load Flow Analysis
17. AC ShortCircuit Calculations (IEC and ANSI IEEE) balancedand unbalanced fault analysis
18. Contingency Analysis (Fault  cases and Contignecy Cases N-1,N-2 and N-K)
19. Quasi Dynamic Simulation
20. Simulation RMS/EMT Study
21. Modal /Eigenvalue Analysis for SMIB System
22. Motor Acceleration Study
23. Harmonic Analysisand Frequency Scan
24. AC Arc Flash Analysis
25. Solar Inverters Modeling (String and Central)
26. Wind TurbineGenerators Modeling (Types 1, 2, 3, and 4) 80 MW
27. Large Scale Grid Connection Wind Farm Grid Integration

Outcomes

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