Back close

An Adaptive Shunt Hybrid Filter for Power Quality Enhancement

Project Incharge : Dr. Manjula G. Nair

An Adaptive Shunt Hybrid Filter for Power Quality Enhancement

The project focuses on the aspects of filtering out all harmonic frequency components, need based reactive compensation, power factor almost unity, imbalance compensation, reduction in active filter rating, more flexibility, steady state and dynamic state operation, implementation of an Intelligent Controller for the Filter, comparative Analysis with significant filter configurations /algorithms. This research was funded by DST-SERC scheme for Young Scientists under Fast Track scheme.

Related Projects

Empowering Secondary School Students by Enhancing their Moral Reasoning and Language Skills
Empowering Secondary School Students by Enhancing their Moral Reasoning and Language Skills
Understanding Impacts of El-Nino events on the Indian Agricultural Productivity (CoPI)
Understanding Impacts of El-Nino events on the Indian Agricultural Productivity (CoPI)
Motion Planning of an Industrial Robot to Perform Welding in a CAD Environment
Motion Planning of an Industrial Robot to Perform Welding in a CAD Environment
Online Labs (OLabs) for School Lab Experiments – Interactive Simulations
Online Labs (OLabs) for School Lab Experiments – Interactive Simulations
Exploring Pseudomonas Bacteriophages for Clinical and Environmental Applications
Exploring Pseudomonas Bacteriophages for Clinical and Environmental Applications
Admissions Apply Now