Dr. M.P.Selvan

 

Dr.M.P.Selvan

 

 Qualification:

  • B.E. (Electrical and Electronics Engineering) (1999), Manonmanium Sundaranar University, Tirunelveli
  • M.E. (Power Systems), (2000), Regional Engineering College, Tiruchirappalli
  • Ph.D. (Computer Applications in Power Systems) (2006),  Indian Institute Of Technology, Madras

Experience:

  • Research Associate, Regional Engineering College, Tiruchirappalli (2001 - 2002)
  • Teaching Assistant, Indian Institute of Technology, Madras (2002 - 2006)
  • Assistant Professor, National Institute of Technology, Tiruchirappalli (2006 - Till date)

 Papers published:

  • See the list of papers published here

 Areas of Interest:

  • Power Quality
  • Distributed Generation
  • Distribution System Analysis
  • Power System Operation and Control.
  • Computer Applications to Power Systems Analysis
  • Object-Oriented Design for Power System Analysis Software

 Research Work

  • Design optimization of self excited Induction Generator using Genetic Algorithm
  • Object-Oriented modelling and implementation for Power system Studies
  • Distributed Generation Planning in Radial Distribution System

 PhD Guidance

  • Investigations on DG Planning and Certain Grid Interaction Issues of Wind Turbine Generator System – K. Vinoth Kumar
  • Study on FACTS devices in power system operation and control - S. Sreejith - Ongoing
  • Simulation and Experimental Investigation on Unified Power Quality Conditioner - S. Srinath - Ongoing

MS Guidance

  • Simulation and Experimental investigation on Series Active Filter - K Venkatraman

Projects supervised

M.Tech. Projects:

  1. Study of certain custom power devices for power quality improvement.
  2. Load flow analysis of distribution system incorporating wind energy conversion system as a dispersed generation
  3. Study of unified series-shunt compensator for power quality improvement..
  4. A comparitive study of Forward-backward sweep power flow methods for radial distribution system.
  5. Wavelet based detection and AI based classification of power quality disturbances.
  6. Study on DSTATCOM inverter topologies for source current balancing in distribution system.
  7. Analysis and simulation of shunt active power filter.
  8. Wavelet base detection and AI based classification of power quality disturbances.
  9. Study on D-Statcom current control techniques for source current balancing and harmonics reduction.
  10. Performance comparison of SAPF and HAPF.
  11. Simulation and Experimental Investigation on Interaction of OPti-Slip Generator with Grid
  12. Study on Doubly Fed Induction Generator Systems.
  13. A Wavelet Transform Analysis for Fault Location.
  14. Simulation and Experimental Investigation on Interaction of OPti-Slip Generator with Grid.
  15. Investigations on Transient Stability of a Power System including Wind Generators.
  16. Classification and Location of Power System Faults using Wavelet Transform and Interpolation.
  17. Performance Analysis of Dynamic Voltage Restorer and Series Active Filter.
  18. Performance Analysis of Shunt Active Filter.
  19. Radial Distribution System Load Flow using Interval Arithmetic Method.
  20. Hardware Implementation of Single Phase Dynamic Voltage Restorer using LF2407.
  21. Hardware Implementation of Single Phase Shunt Active Filter using DSP LF2407.
  22. Distribution System Voltage Stability Analysis and its Enhancement using Distributed Generator
  23. Siting of FACTS Devices using Sensitivity Analysis
  24. Simulation and Hardware Investigation of Three Phase Shunt Active Filter.
  25. Simulation and Hardware Investigation of Three Phase Dynamic Voltage Restorer.

B.Tech. Projects:

  1. Power factor improvement and reduction of harmonics in low power distribution systems using shunt compensators.
  2. Object oriented modeling of HVDC system for AC-DC load flow analysis
  3. Performance analysis of routing protocols in mobile Ad-hoc networks using NS2
  4. Study on effect of exact model of induction motor in load flow analysis
  5. Study of power system state estimation
  6. Estimation of Losses in the power conditioning circuit of slip ring induction machine base wind energy conversion system
  7. Determination of DG penetration level in a radial distribution system.

Contact Address:

Assitant Professor, EE 210 ,  EEE Department ,
National Institute Of Technology Tiruchirappalli,
INDIA 620015
Official Phone: + 91-431-250 3262
Fax +91-431-250 0133      

Email:

Formula: 0