Objectives
- To develop optimal controllers for improved operation of VSHP.
- Implement a state of art modelling framework for a VSHP system with conventional control systems. This includes turbine, waterway, generator, and necessary additional equipment.
- Develop a model based advanced control of VSHP system. Test the controller under the presence of parametric uncertainty.
- Develop a new control system that incorporates uncertainties on certain parameters and include stochastic controllers.
- Investigate the coordination possibilities with multiple VSHP systems in the same waterway for optimal operations.
- Study the grid impact on VSHP after implementing the advanced control. This might be adjusted based on the project progress later on.
Tajana Nepal
PhD Candidate
nepaltajana@gmail.com
2023 Batch
Expected Outcomes:
The expected outcomes encompass the development of a comprehensive Variable Speed Hydro Power (VSHP) system model, including accurate representations of the turbine, waterway, generator, converter and associated equipment. The advanced control system is anticipated to successfully identify and adapt to the system’s dynamics, demonstrating robustness under parametric uncertainties. Additionally, the control system will be enhanced to incorporate uncertainties and employ stochastic controllers, ensuring stable operation in the face of unpredictable variations. Investigation into the coordination of multiple VSHP systems in the same waterway aims to optimize operations through insights into power sharing and load balancing. The study will conclude with a thorough analysis of the grid impact post-advanced control, with adjusted strategies to optimize interaction and align with regulatory standards for efficient energy integration.
Supervisors from host and Partner Universities
Dr. Diwakar Bista Assistant Professor Department of Electrical and Electronics Engineering, KU
Roshan Sharma Associate Professor Faculty of Technology, USN
Thomas Øyvang Associate Professor Faculty of Technology, USN