IEEE PROJECTS FOR POWER ELECTRONICS

Project Center For Power Electronics

 

Power Electronics Projects

I. POWER ELECTRONICS based MULTI-PORT SYSTEMS

1. An infuse Half-Bridge Three-Port Converter With Enhanced Power Transfer efficiency Using Three-Leg Rectifier for Renewable power process. (IEEE 2016)
2. Subsidiary-Side-systematized Soft-Switching Full Bridge Three-Port Converter Based on Bridgeless Boost Rectifier for Multiple Energy Interface. (IEEE 2016)
3. An inter-weaved-Boost Full-Bridge Three Port Converter for Hybrid sustainable Energy Source. (IEEE 2016)
4. Soft Switching attain in threefold Active Bridge DC-DC Converter intelligent of Acquire Full-Range ZVS .(IEEE 2016)

II. POWER ELECTRONICS based RENEWABLE ENERGY

1. Incisive Single-Stage Boosting Inverter for Photovoltaic function. (IEEE 2016)
2. A Single-Phase PV Quasi-Z-cause Inverter with Mutated inflection and Double-Frequency Ripple elimination Control. (IEEE 2016)
3. Transformer-placed Wind Intensity alteration System Used for Current dawn Converter. (IEEE 2016)
4. Operation of Electric Vehicle Based on the Dissymmetric Multidirectional Z Source Topology for EV. (IEEE 2016)
5. Active Single Phase Transformer less Inverter for Grid-Tied Photo Voltaic Grid Application With Reactive Power. (IEEE 2016)
6. Implementation of Photovoltaic Inverters with Flow Current and fluctuate Power destruction. (IEEE 2016)

III. POWER ELECTRONICS based CONVERTERS

1. Design of DC–DC Converter on the Cockcroft–Walton Multiplier unit source. (IEEE 2016)
2. Eminent gained Conversion on Three-State Switching Boost Converter. (IEEE 2016)
3. Implementation of high power Coupled-Inductor-Based Step-Down Converter. (IEEE 2016)
4. Multiple Converters Based on rig active Rectifiers for large Voltage Applications. (IEEE 2016)
5. PFM LLC Resonant Full Bridge DC-DC Converter with LC Anti-Resonant Circuitry. (IEEE 2016)
6. High-adaptability LLC pulsating Converter with High Voltage Gain Using an ancillary Inductor Capacitor Resonant bound. (IEEE 2016)
7. Multiple Converters Based on the interchange-Diode-Capacitor Voltage antiquarian. (IEEE 2016)
8. Exhaustive Soft involve action of a Dickson Switched-Capacitor Converter. (IEEE 2016)
9. A PWM Plus Phase-Shift composed Interleaved Isolated Boost Converter established on Semi- Rectifier for High Step-Up utilization. (IEEE 2016)
10. cohabit -Inductor-Based Step-Down Converter for advance application. (IEEE 2016)

IV. POWER ELECTRONICS based POWER FACTOR CORRECTION CONVERTER

1. Line Impedance compensation artery in Three-phase Two-level potential Factor improvement. (IEEE 2016)
2. Domination of a Single-Stage Three-Phase Boost Power Factor modification Rectifier. (IEEE 2016)
3. A bidirectional single-stage three-phase AC-DC with high-frequency Isolation and power factor method. (IEEE 2016)
4. Bump less regulation in Power Factor Methods. (IEEE 2016)

V. POWER ELECTRONICS based INVERTERS

1. Sonorous Inverter with DC-Link Neutral-Point grip Cell. (IEEE 2016)
2. Supervision of hybrid Scheme for a High- density AC-Link Inverter. (IEEE 2016)
3. A connected Inductor Based Gain Inverter with consensus Ratio spectrum.(IEEE 2016)
4. Analysis on swap -Coupled-Inductor Quasi-Z-Source Inverter. (IEEE 2016)
5. A Grid- associate Full-Bridge Inverter with a Novel ZVS system. (IEEE 2016)
6. Consolidation of Buck Inverter with Series Combination Diodes and Inductor. (IEEE 2016)
7. Design on Three-Phase Multi-Power Inverter (SSI): Analysis and inflection. (IEEE 2016)
8. Switching using PWM for High Voltage Gain movement of Three-Phase Z-Source Inverters. (IEEE 2016)
9. Revolution of energy DC-AC Converter with Non- equivalent Active-Clamp Circuits. (IEEE 2016)
10. A Novel Hybrid inflection for Stand-Alone Power accomplish method with Low Input Voltage. (IEEE 2016)

VI. POWER ELECTRONICS based MULTILEVEL INVERTERS

1. Utilization of Grid in a Family of Five-Level Dual-Buck Full-Bridge Inverters.
(IEEE 2016)
2. Seven-Level Inverter accommodate Switched Capacitor method in a Cascaded. (IEEE 2016)
3. An improvement of A Single Phase Step-Up Five-mode Inverter. (IEEE 2016)
4. Multilevel Inverter Based on Improved Series– Parallel Conversion with Less Number of Components. (IEEE 2016)
5. Utilization of a Novel Multilevel DC–AC Inverter based on associate Mode. (IEEE 2016)

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