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TRANSIENT STABILITY
19 Lessons -
Learn how to model, simulate, and analyze transient stability in power systems using DIgSILENT PowerFactory. Gain insights into system response, fault analysis, and stability improvement techniques for reliable operation.
Analyze how generator dynamics affect system stability using classical methods and simulation approaches.
Simulate three-phase faults, determine critical clearing times, and interpret relative rotor angles.
Model Battery Energy Storage Systems along with Wind Turbine Generators (WTG) and Gas Turbine Generators (GTG).
Apply learned techniques to a real grid scenario, evaluating fault recovery, system dynamics, and protection coordination.
I'm a gold medalist in Power System engineering from Anna university, Chennai, Tamil Nadu.
I have 18 years of invaluable experience in the power industry. Throughout my career, I've had the privilege of working with renowned organizations like PRDC, Tata Consulting Engineers Limited, and ABB, where I honed my expertise in power system studies and analysis. Currently, I proudly serve as the Business Head in Power Projects, leveraging my extensive knowledge to drive excellence in this field.
Er. Selvakumar S
Business head - Power Projects
Basic understanding of power systems is expected. However, complex topics are explained clearly with simulations.
You can follow the theory without software, but simulation practice is recommended for best results.
Yes, you will receive a certificate upon course completion.
Yes, the final module covers a real-time case study involving transient stability, BESS, and islanding.