This course focuses on modeling complex hybrid power systems, including renewable generation and energy storage in offshore platforms. You’ll walk through FPSO integration with WTG + BESS, including transient stability studies, control integration, and modeling workflows in DIgSILENT PowerFactory.
Understand hybrid topology including FPSO energy needs, PCS interaction, and the role of Homer Pro in pre-planning.
Learn detailed FPSO system modeling, generator and WTG representation, and dynamic control integration in DIgSILENT.
Get a system-level overview of how the FPSO microgrid was modeled in ETAP before advancing into DIgSILENT.
Run stability checks, simulate grid disturbances, and verify system behavior with BESS and WTG under transient events.
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
Yes, with reference to the initial case framing in ETAP. The simulations are explained in DIgSILENT PowerFactory.
Yes. SLD, system description, and stability case setup are shared.
Only as a system-level introduction—not software-level modeling.
Basic knowledge of DIgSILENT is recommended, as this is a project-based case study.