Title :
Table of contents
Abstract :
The following topics are dealt with: MPPT; solar PV systems; power converters; photovoltaic applications; microgrid control; widebandgap devices; grid converters; telecom power supplies; modulation; electric drives; induction machines; flux-switching machines; renewable energy; utility-scale battery systems; modular multilevel converters; three-phase converter control; AC-AC converters; single-phase PFC converters; inductive power transfer; electric motors; smart grids; transportation; nonisolated DC-DC converters; multiphase converters; DC-AC converters; wind energy; grid stability; resonant control; switched-capacitor converters; voltage control; synchronous machines; wide band gap power switch modules; DFIG based wind systems; wave generation systems; grid-connected power converters; off-grid power converters; PM machines; energy storage systems; alternative energy systems; single-phase AC-DC converters; fault diagnostics; machine diagnostics; active power filters; power quality; IPM machine design; induction motor drives; harmonic resonance; LED drivers; LCL filters; DC-DC buck converters; switched-reluctance machines; harmonic regulation; battery models; grid emulation; device temperature estimation; resonant DC-DC converters; sensorless control; HF injection; magnetic materials; battery energy management; automotive applications; solid-state transformers; cascaded converters; EMI; electric vehicle technologies; permanent magnet machine drives; soft-switching bridge DC-DC converters; direct torque control; synchronous reluctance machines; HVDC systems; power electronics reliability assessment; high power drives; high speed electric machines; stability analysis; DC grids; gate drive techniques; wound-field machines; axial-flux machines; traction; and heavy-duty vehicle systems.
Keywords :
AC-AC power convertors; AC-DC power convertors; DC-AC power convertors; HVDC power transmission; active filters; asynchronous generators; battery management systems; distributed power generation; driver circuits; electric drives; electric motors; electric vehicles; electromagnetic interference; energy management systems; energy storage; fault diagnosis; induction motor drives; inductive power transmission; magnetic materials; maximum power point trackers; permanent magnet machines; photovoltaic power systems; power filters; power semiconductor switches; power supply quality; power system reliability; power system stability; reluctance machines; sensorless machine control; smart power grids; switched capacitor networks; telecommunication power supplies; torque control; traction; voltage control; wave power generation; wind power plants; AC-AC converters; DC grids; DC-AC converters; DC-DC buck converters; DFIG based wind systems; EMI; HF injection; HVDC systems; IPM machine design; LCL filters; LED drivers; MPPT; PM machines; active power filters; alternative energy systems; automotive applications; axial-flux machines; battery energy management; battery models; cascaded converters; device temperature estimation; direct torque control; electric drives; electric motors; electric vehicle technologies; energy storage systems; fault diagnostics; flux-switching machines; gate drive techniques; grid converters; grid emulation; grid stability; grid-connected power converters; harmonic regulation; harmonic resonance; heavy-duty vehicle systems; high power drives; high speed electric machines; induction machines; induction motor drives; inductive power transfer; machine diagnostics; magnetic materials; microgrid control; modular multilevel converters; modulation; multiphase converters; nonisolated DC-DC converters; off-grid power converters; permanent magnet machine drives; photovoltaic applications; power electronics reliability assessment; power quality; renewable energy; resonant DC-DC converters; resonant control; sensorless control; single-phase AC-DC converters; single-phase PFC converters; smart grids; soft-switching bridge DC-DC converters; solar PV systems; solid-state transformers; stability analysis; switched-capacitor converters; switched-reluctance machines; synchronous machines; synchronous reluctance machines; telecom power supplies; three-phase converter control; traction; transportation; utility-scale battery systems; voltage control; wave generation systems; wide band gap power switch modules; widebandgap devices; wind energy; wound-field machines;
Conference_Titel :
Energy Conversion Congress and Exposition (ECCE), 2014 IEEE
Conference_Location :
Pittsburgh, PA
DOI :
10.1109/ECCE.2014.6953363
