Back close

An Intelligent Controller Based Shunt Hybrid Filter for Harmonic Mitigation in Adjustable Speed Drives

School: School of Engineering, Coimbatore

Project Incharge:Dr. Sindhu M. R.
Funded by:DST
An Intelligent Controller Based Shunt Hybrid Filter for Harmonic Mitigation in Adjustable Speed Drives

The Intelligent Controller-Based Shunt Hybrid Filter (SHF) dynamically suppresses current harmonics and improves power quality in Adjustable Speed Drive (ASD) systems under varying load conditions.By integratingadaptive control with a hybrid active-passive compensation topology, the system achieves superior Total Harmonic Distortion (THD) reduction and dynamic reactive power compensation.  The intelligent SHF ensuresreal-time harmonic mitigation, enhanced current waveform symmetry, and stable DC-link voltage regulation, thereby boosting the overall efficiency and reliability of modern ASD-fed industrial drives. A laboratory model of adaptive shunt hybrid filter was set up and effectiveness for harmonic and reactive compensation for an Adjustable Speed drive is investigated in this project.

Amount: Rs. 17, 40, 000/-
Status: Completed

Related Projects

Development of Flux TIG, Pulsed TIG Technology for Dissimilar weldments and Corrosion Studies
Development of Flux TIG, Pulsed TIG Technology for Dissimilar weldments and Corrosion Studies
A Cyber-Physical System for Leak Detection in Water Distribution Networks
A Cyber-Physical System for Leak Detection in Water Distribution Networks
Synthesis of intermediates for biologically active molecules
Synthesis of intermediates for biologically active molecules
Development of a Model for Evaluation and Assessment of Meanness of SMEs and Effective Large-scale Implementation of Lean Strategies.
Development of a Model for Evaluation and Assessment of Meanness of SMEs and Effective Large-scale Implementation of Lean Strategies.
Smart Services and Optimization for Microgrids (SSOM)
Smart Services and Optimization for Microgrids (SSOM)
Admissions Apply Now