Author :
Miller, John M. ; Deshpande, Uday
Author_Institution :
ORNL National Transportation Research Center, USA
Abstract :
The following topics are dealt with: solar PV technology; power semiconductors; thermal management; model-based sensorless control; distributed utility voltage regulation; DC-DC converters; induction machines; multilevel converters; MPPT algorithms; indirect AC-AC converters; transportation applications; wind energy conversion; direct torque control; distributed grid controls; thermal analysis; voltage source inverters; power supply on chip; power electronic converters; magnetic component design; microgrid controls; PEV infrastructure; drive issues; stand alone systems; fractional slot machines; z-source inverters; LED drivers; AC-DC rectifiers; power magnetics; high-temperature devices; PM machine controls; single-phase inverters; power factor correction; superconducting machines; wide bandgap devices; electric traction machines; three-phase inverters; lighting applications; digital control; energy storage; power devices; renewable energy systems; advanced electric machine design; high power inverters; medium voltage industrial drives; uninterruptible power supplies; contactless power transfer; switched reluctance machines; drive control; permanent magnet machine; inverter PWM techniques; STATCOM controls; passive components; ocean and wave energy harvesting; active filter; IGBT modules; DC microgrids; synchronous reluctance machines; and boost inverters.
Keywords :
AC-AC power convertors; AC-DC power convertors; DC-DC power convertors; PWM invertors; digital control; distributed power generation; energy storage; permanent magnet machines; photovoltaic power systems; power factor correction; power semiconductor devices; reluctance machines; sensorless machine control; superconducting machines; thermal analysis; thermal management (packaging); torque control; uninterruptible power supplies; voltage control; wind power; AC-DC rectifiers; DC microgrids; DC-DC converters; IGBT modules; LED drivers; MPPT algorithms; PEV infrastructure; PM machine controls; STATCOM controls; active filter; advanced electric machine design; boost inverters; contactless power transfer; digital control; direct torque control; distributed grid controls; distributed utility voltage regulation; drive control; drive issues; electric traction machines; energy storage; fractional slot machines; high power inverters; high-temperature devices; indirect AC-AC converters; induction machines; inverter PWM techniques; lighting applications; magnetic component design; medium voltage industrial drives; microgrid controls; model-based sensorless control; multilevel converters; ocean and wave energy harvesting; passive components; permanent magnet machine; power devices; power electronic converters; power factor correction; power magnetics; power semiconductors; power supply on chip; renewable energy systems; single-phase inverters; solar PV technology; stand alone systems; superconducting machines; switched reluctance machines; synchronous reluctance machines; thermal analysis; thermal management; three-phase inverters; transportation applications; uninterruptible power supplies; voltage source inverters; wide bandgap devices; wind energy conversion; z-source inverters;
Conference_Titel :
Energy Conversion Congress and Exposition (ECCE), 2011 IEEE
Conference_Location :
Phoenix, AZ
Print_ISBN :
978-1-4577-0542-7
DOI :
10.1109/ECCE.2011.6063733
