IEEE Power Electronics Project Topics For EEE Students 2012 Batch

IEEE Power Electronics Project Ideas

·        Three phase Y-rectifier cyclic 2 out of 3 dc output voltage balancing control method.(JAN2009)

·        Design and control for a charge regulated fly back switch mode rectifier.(JAN2009)

·        A bridgeless PFC boost rectifier with optimized magnetic utilization.(FEB2008)

·        Loss free balancing circuit for series connection of electrolytic capacitors using an auxiliary switch mode power supply.(JAN2009)

·        A simple single- input ,signal-output (SISO) model for a three phase PWM rectifier .(MAR2009)

·        Single phase voltage source inverter with a bidirectional BUCKBOOST stage for harmonic injection and distributed generation .(FEB2009)  

·        A compensation technique for smooth transitions in a non inverting BUCKBOOST converter.(JAN2009)

·        A novel low loss modulation strategy for high power bidirectional buck $(BM+)$ boost converters.(JUN2009)

·        A practical switching loss model for buck voltage regulators .(JAN2009)

·        Light load efficiency improvement for buck voltage regulators.(JAN2009)

·        Current self balance mechanism in multiphase buck converter.(JAN2008)

·        A current controlled TRISTATE converter boost converter with improved performance through RHP zero elimination.(MAR2009)

·         An interleaved boost converter with zero voltage transition.(JUN2008)

·        Multiple load source integration in a multilevel modular capacitor clamped dc-dc converter featuring fault tolerant capability .(MAR2007)

·        A systematic approach to synthesizing multi input dc-dc converters.(JAN2007)

·        A digital two switching cycle compensation algorithm for input voltage transients in dc-dc converters.(JAN2009)

·        Current share in multiphase dc –dc converters using digital filtering techniques.(JAN2009)

·        A three phase current FED push pull dc-dc converter.(FEB2009)

·        A fully integrated 660Mhz swing energy recycling dc-dc converter.(JAN2008)

·        Optimal variable switching frequency scheme for reducing switching loss in single phase inverters based on time domain ripple analysis