Power Electronics Projects

ieee based power electronics projects in Bangalore

tiles are following

01. Inverter: Development of Microcontroller based three phase 230V sine wave inverter.

02. AC Motor: Development of an embedded system for AC Motor Control Using [PWM Technique].

03. Stepper Motor: Development of PC based Embedded Programmable Stepper Motor controller.

04. Fuzzy logic: Development of Embedded fuzzy logic based voltage stabilizer using AT89C52 Microcontroller.

05. PWM: Development of microcontroller based DC motor control using PWM

06. 3Ph Inv: Development of an embedded system for single phase to three phase conversion.

07. PC based: Development of Embedded system for AC MOTOR control

08. PC based PWM: Development of PC based PWM for DC Motor Speed Control.

09. Device controlling using IR Remote

10. Development of an embedded system for Digital Energy Meter.

11. Development of an embedded system for Prepaid Energy meter.

Power factor correction

A New PWM ZVS Full-Bridge Converter

Nonlinear Control of Interior Permanent-Magnet Synchronous Motor

PHE01 Switched-Capacitor/Switched-Inductor structures for getting Transformer less Hybrid DC-DC PWM Converter IEEE-2008

PHE02 Parasitic Inductance effect on switching losses for a high frequency DC-DC converter IEEE-2008

PHE03 A multiple input DC-DC positive Buck-Boost converter topology IEEE-2008

PHE04 Implementation Single Phase AC-AC Matrix converter using SPWM with drastic load condition IEEE-2007

PHE05 A new PWM ZVS Full-bridge converter IEEE-2007

PHE06 Development of maximum Power Point tracker for PV panels using SEPIC Converter

IEEE-2007 PHE07 An Induction Generator System Using Fuzzy Modelling and Recurrent Fuzzy Neural Network IEEE-2007

PHE08 Performance Improvement of Shunt Active Power Filter With Dual Parallel Topology IEEE-2006

PHE09 Adaptive Neuro-Wavelet Control for Switching Power Supplies Protections IEEE-2006

PHE10 An Improved Reliability Cuk Based Solar Inverter With Sliding Mode Control IEEE-2006

PHE11 feed forward Current Control of Boost Single -Phase PFC converter

IEEE-2006

PHE12 Characterization and Performance comparison of Ripple-Based Control for Voltage Regulator Modules IEEE-2006

PHE13Current-Mode Variable-Frequency Control Architecture for High-Current Low-Voltage Dc to Dc Converters IEEE-2006

PHE14Unified Flux and Torque Control Method for DTC Based Induction-Motor

For projects please contact 09886740850 EsoftAcademy Bangalore-17