This course provides end-to-end technical understanding of how a rooftop solar plant interacts with the grid and backup diesel generator. From ETAP modeling to DIgSILENT simulation and station controller logic—you’ll build real engineering clarity using actual system data.
Understand the system architecture of a 2 MW rooftop plant, including SLD, data points, and grid code challenges.
Learn how solar inverters affect power factor and how to mitigate poor PF issues with proper controller settings.
Model and analyze nuisance tripping issues when DG and solar operate together—using simulation files in DIgSILENT.
Explore how digital controllers coordinate between sources and maintain stability, with cross-tool comparison between ETAP and DIgSILENT.
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
This training helped me understand why DG trips during solar injection and how to fix it in the field.
Solar O&M Engineer
Learning both ETAP and DIgSILENT through one project made it easy to connect concepts.
Junior System Analyst
Basic familiarity helps, but every step is explained clearly with visuals and examples.
Pre-recorded. You’ll have lifetime access to all videos and files.
Yes. This 2 MW solar rooftop project was executed and simulated for actual client troubleshooting.
Yes. A course completion certificate is included.
Yes. You’ll receive ETAP SLD, DIgSILENT model files, and datasheets.
For power system consulting please visit us at: www.powerprojectsindia.com
