University of Minnesota

Department of Electrical and Compuer Engineering


< Projects



  • Measurement of Salt Deposition at Parkers Lake Substation
     
  • Seamless Optimization in Deregulated Power Systems
     
  • Minimizing Forced Outage Risk in Generator Bidding
     
  • Integration of Seams in AC Transmission Systems
     
  • Modeling Generator Transient Stability Response in Simulink
     
  • Modeling Exciter Controls in Transient Stability Studies using Simulink
     
  • Advanced Power Systems Calculations
     
  • A Novel Doubly-Fed Induction Wind Generator Control Scheme for Reactive Power Control and Torque Pulsation Compensation Under Unbalanced Grid Voltage Conditions
     
  • A Novel Robust Control of Doubly-fed Induction Wind Generator and Low Voltage Ride Through Implementation for Wind Turbines Operating in Weak Grids
     
  • Modeling and Control Design for Voltage Regulation Using STATCOMs
     
  • Dual Voltage Controller based Power Factor Correction Circuit
     
  • Nonlinear Controller for a Single Phase One Quadrant Unity Power Factor Rectifier
     
  • Optimizing the Performance of Switched Reluctance Machine Drives by Including Non-Linear Multi-Phase Excitation Effects
     
  • Enhancing the Dispatchability of Wind Energy Using Inertial Storage and Hybrid Systems
     
  • Energy Management for Fuel Cell Power Generation
     
  • A Novel ZVS Bidirectional Cuk Converter for Dual Voltage Systems in Automobiles: Completed
     
  • An Ultra-Compact High-Efficiency Soft-Switching Power Supply for Electric Propulsion
     
  • A Novel Power Distribution System Using a Central Buck-based Current Source for Multiple Individually Regulated Outputs
     
  • Matrix Converters
     
  • DSP-Based Labs for Power Electronics and Electric Drives
     
  • A Novel Cost-Effective Utility Interface for Distributed Generation
     
  • Distributed Power including Legacy Voltages
     
  • FPGA-based Laboratory