This course provides a comprehensive walkthrough of simulating and analyzing a real-world hybrid project combining wind and solar energy, focusing on optimization, system reliability, and grid integration.
Understand how hybrid systems are designed and configured to combine wind and solar energy sources for stable, efficient power generation.
Explore proven strategies to optimize generation, manage intermittency, reduce energy losses, and improve system integration with the grid.
Build detailed system models of a 120 MW wind and 80 MW solar hybrid setup. Simulate multiple operating conditions and assess performance using leading software tools.
Explore common issues in hybrid projects such as variability, synchronization, and reactive power management—and how to resolve them using industry practices.
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
From modeling to optimization, everything was covered with practical insights. I highly recommend it for engineers in hybrid power projects
Electrical Project Engineer
Not necessarily. The course starts with fundamental concepts before moving into advanced simulations.
This is a pre-recorded course that can be accessed at your convenience.
It's recommended but not mandatory. Watching the simulations will still give you strong conceptual clarity.
Yes, the course is built around a real-time hybrid project combining 120 MW of wind and 80 MW of solar generation.
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Hybrid Power Projects with Real-Time Insights
Excellent course to explore hybrid systems! Learn to simulate and analyze a 120 MW wind + 80 MW solar project with real-world engineering clarity
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