power electronics projects ieee 2015

Nxtlogic Software Solutions

No.273, Peranaidu Layout, Ram Nagar,

Gandhipurm, Coimbatore.

98 946 94 339 | 99 52 52 84 51.

www.nxtproject.com | www.nxtlogic.com

Nxtlogic Software Solution is a fighting vigorously to serve people throughout the world by a panel of skilled

professionals in web development Windows Application Development, Web Hosting, Mobile App Development,

SEO, Final Year Projects and Career Development. Nxtlogic Software Solution captures an ideal place on Final

year projects among firms in Coimbatore.

Latest IEEE 2015 Power Electronics Projects: Power Electronics is an application of solid state electronics for the

control and conversion of electric power. It deals with design, control, computation and integration of nonlinear,

time varying energy processing electronic systems with fast dynamics. So, we may say that it refers to a subject of

research in electronic and electrial engineering. Today, many engineering students are interested in power

electronics projects. So, here we are listing out some of the top power electronics projects ideas which may give

better idea to engineering students in selecting the projects in their final year. For more projects reference kindly

visit our website – http://www.nxtproject.com/

CODE Power Electronics Projects IEEE 2015

Dc To Dc Converter

NXT15PE01 An Optimal Solution For Operating A Three-Phase Variable Frequency Drive From A Single-

Phase Ac Source

NXT15PE02 Analysis Of Multidevice Interleaved Boost Converter For High Power Applications

NXT15PE03 High Efficiency Switched Capacitor Buck-Boost Converter For PV Application

NXT15PE04 High Voltage High Frequency Resonant DC-DC Converter For Electric Propulsion For Micro And Nanosatellites

NXT15PE05 Integrated Hybrid Transformer ZVS/ZCS DC–DC Converter With Optimized Magnetics And Improved Power Devices Utilization For Photovoltaic Module Applications

Resonant Converter / Inverter

NXT15PE06 A Novel Of Multilevel Energy Buffer And Voltage Modulator For Grid-Interfaced Micro Inverters

NXT15PE07 Analysis Of Resonance And Soft-Switching Design Of Isolated Boost Converter With Coupled Inductors For Vehicle Inverter Application

NXT15PE08 Derive And Design A High-Efficiency MOSFET Transformer Less Inverter For Non- Isolated Micro Inverter Applications

NXT15PE09 Hold-Up Time Compensation Application Obtained By A Secondary Side Phase Shift Controlled LLC Resonant Converter With Reduced Conduction Loss At Normal Operation

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98 946 94 339 | 99 52 52 84 51.


NXT15PE10 Obtain The Performance Of Discontinuous Modulation Scheme For A Differential-Mode Cuk Inverter

NXT15PE11 Optimal Design Methodology For Battery Charging Applications Based On Time-Weighted Average Efficiency

NXT15PE12 Performance Of LLC Resonant Converters With Capacitor–Diode Clamp Current Limiting

NXT15PE13 Scrutinize A Four-Switch Three-Phase Sepic Based Inverter

NXT15PE14 Simulate The Half-Bridge Series Resonant Inverter For Improved Power Conversion Efficiency And Performance

NXT15PE15 ZVS Frequency Analysis Of A Current-Fed Resonant Converter

Power Factor Correction Converter

NXT15PE16 A Three-Level Quasi-Two-Stage Single-Phase PFC Converter With An Adjustable Output Voltage And Improved Conversion Efficiency

NXT15PE17 An Enhanced Transformer Less Hybrid Power Filter Based On A Six-Switch Two-Leg Inverter For Improved Harmonic Compensation Performance

NXT15PE18 Derive An Operation Of Bidirectional LLC Resonant Converter With Automatic Forward And Backward Mode Transition

NXT15PE19

Extracting A Large-Signal Stabilization Of AC Grid Supplying Voltage-Source Converters With LCL-Filters

NXT15PE20 Universal Input Voltage Applications Of Bridgeless PFC-Modified SEPIC Rectifier With Extended Gain Obtain

Renewable Energy

NXT15PE21 A Quasi-Unipolar Sinusoidal Pulse Width Modulation Full Bridge Transformer Less PV Grid-Connected Inverter With Constant Common Voltage

NXT15PE22 Derivation Methodology For Leakage Current Suppression Of Single-Phase Transformer Less Photovoltaic Inverters

NXT15PE23 Designing An Interleaved High Power Flyback Inverter For Photovoltaic Application

NXT15PE24 Integrating Coupled Inductor And Switched-Capacitor Techniques For Renewable Energy Applications

NXT15PE25 High Step-Up Converter With Three-Winding Coupled Inductor For Fuel Cell Energy Source

Applications






98 946 94 339 | 99 52 52 84 51.


Multiple Output Converters

NXT15PE26 A DC-DC Full-Bridge Hybrid Series Resonant Converter Enabling Constant Switching

Frequency Across Wide Load Range

NXT15PE27 A Family Of Multiport Buck–Boost Converters With The Influence Of DC-Link-Inductors (Dlis)

NXT15PE28 Analysis Between Push-Pull Converter And Non-Isolated Converter Of Low To High Voltage Gain

NXT15PE29 Application Of Photovoltaic System By Three-Port DC–DC Converter

NXT15PE30 Field Measurement Of Hybrid Phase-Shift-Controlled Three-Level And LLC DC–DC Converter With Active Connection At Secondary Side

Training and Services

❖ Training By Corporate Trainers

❖ Live Application Environment

❖ Coding Explanation

❖ Will Provide Full Source Code Of The Project

❖ Full Documentation And Diagrams (Min 80 Pages)

❖ Some Of Q&A Based On Final Viva

❖ Journal Publications / Conference Publications

❖ Study Materials & Certification

❖ Printing & Binding.






98 946 94 339 | 99 52 52 84 51.


❖ Aptitude and Soft Skill Training.

❖ 100% Placement Assistance.

❖ Full Time/Part Time Job Assistance During Your Project

❖ Own Project Idea Also Welcome



power electronics projects ieee 2015

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