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UAIPD09-0035 “Optimal and Smart Control of Wind
Turbine Generators”Dr. Shuhui Li and Dr. Tim
Haskew
• Current methods of permanent magnet synchronous generators (PMSG) are based on decoupled d-q control.– Suffers from problems with exceeding
power rating with potential convertor/generator overvoltage risks
• Additionally, converter power rating can be taxed by generator’s reactive power demand
Current Problems
• System and method for PMSG direct-current based d-q vector control technology–Utilizes non-linear programming techniques– Includes intelligent control strategy for
maximizing wind power
Technology
• Control approach that enhances maximum energy generation of a PMSG wind turbine
• Allows for improvement in several areas of both PMSG and electric utility systems– Reliability– Stability– Power quality
Advantages
• Dr. Shuhui Li– Associate Professor– 8 Publications– 2 Patents
• Departments– Electrical and Computer Engineering– Center for Advanced Vehicle Technologies
Inventor
• Dr. Tim Haskew – Professor– Department Head– 4 patent applications– 1 issued patent
• Departments– Electrical and Computer Engineering– Center for Advanced Vehicle Technologies
Inventor
