Research Interests
  • Electric power systems – modeling and analysis
  • Electric power line modeling
  • Mathematical modeling and simulation of multi-frequency power systems
  • Non-destructive testing and measurement of power systems
  • Distribution system planning and operation
  • Smart grid and micro-grids
  • Integration of renewable energy resources

Select Research Projects

  • A Novel Electric Power Line Modeling Approach: Coupling of Dynamic Line Ratings with Temperature-Dependent Line Model Structures,  National Science Foundation
  • Hybrid Real-Time Simulator (OPAL-RT with RTDS) based Advanced Modeling and Analytical System Solutions of SCE Grid with Renewable Energy Resource and Storage,  Southern California Edison
  • Smart Power Distribution System Curriculum – Multi-Institution Demonstration and Deployment,  National Science Foundation
  • Storage Integration Project,  Duke Energy
  • Leveraging Industry Research to Educate a Future Electric Grid Workforce,  Electric Power Research Institute and U.S. DOE (GEARED)
  • Photo Voltaic Generation Integration Study,  Duke Energy
  • MRI: Acquisition of Real-Time Digital Simulator for Real-Time Studies in Next Generation Power Grid Infrastructure,  Duke Energy
  • 2013 Solar Decathlon Competition,  U.S. DOE
  • Towards a Future Micro-Grid: Renewable, Sustainable, and Transportable Energy Source,  UNC Charlotte