Power Projects
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This case-based course shows you how to simulate generator power sharing logic under real-world control schemes. You’ll model and compare generator output distribution under various conditions and control levels in ETAP and DIgSILENT.
Understand primary and secondary control mechanisms for both real (MW) and reactive (MVAr) power.
Learn how DIgSILENT handles primary and secondary control logic with greater precision and flexibility.
Model the scenario in ETAP and explore its limitations in handling dynamic generator coordination.
Visualize differences in control logic, results, and interpretation between both platforms.
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
Seeing ETAP’s limitation side-by-side with DIgSILENT was an eye-opener. Helped me guide our internal simulation approach.
Generator Control Engineer
This case helped me finally understand how primary and secondary control impacts generator loading.
Graduate Engineer – Power Systems
No. You’ll see the simulation results clearly even without running it yourself. Files are included if you want to practice.
Basic familiarity with simulation tools is recommended. The focus is more on system logic and practical learning.
Yes. A course completion certificate is included.
Yes. This case was derived from a live project involving DG coordination.
Yes. Simulation files and notes are included.
