I. POWER ELECTRONICS based MULTI-PORT SYSTEMS
1. An Interpersed fractional Bridge Three-Port Converter With enhanced Power Transfer Capability
Using Three-Leg Rectifier for Renewable power control application(IEEE 2016).
2. Alternative-Side-Regulated Soft-Switching intact Bridge Three-Port Converter Based on Nonbridge
addition Rectifier and Bidirectional companion for various Energy Interface (IEEE 2016).
3. Inquiry, form, Modeling and restrainting of an rendered-upgrade Full-Bridge Triad Port Converter
for Hybrid inexhaustable Energy Systems(IEEE 2016).
4. A Trine operating Bridge DC-DC Companion efficient of resolving Full-assortment ZVS
II. POWER ELECTRONICS based RENEWABLE ENERGY
1. High expand sole-Stage Boosting Inverter for Photo-flood Applications(IEEE 2016).
2. A Single-stage PV Quasi-Z-cause Inverter With condensed Capstones with Modified accent and in
two-Frequency undulate restraint Control(IEEE 2016).
3. A Medium occurrence Transformer-Based twist force transfer arrangement Used for contemporary
Source Converter Based exotic Wind scheme(IEEE 2016).
4. Ultra-capacitor-sequence mixture force Storage organism Based under the Asymmetric
Bidirectional Z font Topology for EV(IEEE 2016).
5. Efficient solo part Transformerless Inverter for Grid-coupled PVG structure With automatic Power
6. Highly dependable Transformerless PV Inverters through Leakage Current and vital influence
Elimination (IEEE 2016).
III. POWER ELECTRONICS based CONVERTERS
1. Soaring grow DC–DC Converter Based on top of the Multiple Cockcroft–Walton(IEEE 2016).
2. A Three-position Switching heighten transfer Mixed With repellent mixture and energy Multiplier
Techniques designed for High Gain alteration(IEEE 2016).
3. Soaring-Efficiency joined-Inductor-Based stage-downhill Converter(IEEE 2016).
4. A family unit of secluded kick-Boost Converters Based resting on partially active Rectifiers in
support of High-Output electrical energy Applications. (IEEE 2016).
5. A compassion-Improved PFM LLC significant chock-full Bridge DC-DC Converter among LC
resistant-resounding Circuitry(IEEE 2016).
6. Lofty-inefficiency LLC echoing Converter with High Voltage Gain with an supplementary LC
reverberating Circuit(IEEE 2016).
7. Multi-key pace-Up Converters Based under the Switched-Diode-Capacitor Voltage
8. Split-time rule: Achieving whole pliable Charging function Convertering of a Dickson Switched-
9. A PWM together with time-Shift guarded Interleaved secluded Boost Converter Based lying on
half-inactive Quadrupler Rectifier used for High stage-Up Applications(IEEE 2016).
10. Tall-Efficiency tied-Inductor-Based stage-Down Converter. (IEEE 2016) (IEEE 2016).
IV. POWER ELECTRONICS based POWER FACTOR CORRECTION CONVERTER
1. LCL Filter create in support of Three-period Two-stage Power dynamic improvement by means of
stripe Impedance Stabilization arrangement(IEEE 2016).
2. Rule of a lone-point Three-Phase enhance Power aspect amendment Rectifier(IEEE 2016).
3. A bidirectional lone-stage three- point Rectifier through elevated-frequency seclusion as well as
supremacy factor alteration(IEEE 2016).
4. Bumpless direct for complete THD in supremacy Factor adjustment circuit (IEEE 2016).
V. POWER ELECTRONICS based INVERTERS
1. Testing and Design of customized complete-Bridge cycle echoing Inverter through DC-relationship
impartial-indicate Clamped sect(IEEE 2016).
2. Crossbreed inflection Scheme used for a soaring-Frequency AC-connect Inverter(IEEE 2016).
3. A joined Inductor Based soaring Boost Inverter through subordinate–Unity Turns–quotient
4. Switched-attached-Inductor Quasi-Z-cause Inverter(IEEE 2016).
5. A ZVS pattern-linked chock-a-block-viaduct Inverter with a new ZVS SPWM format(IEEE 2016).
6. Dual kick Inverter with sequence allied Diodes and on its own Inductor(IEEE 2016).
7. Three-stage Split-basis Inverter (SSI): scrutiny and intonation(IEEE 2016).
8. A Pulse-width Modulation performance for lofty power grow procedure of Three-stage Z-spring
9. Bidirectional solitary Power-renovation DC-AC Converter through Non-corresponding energetic-
Clamp Circuits(IEEE 2016).
10. High-inefficiency Bidirectional DAB Inverter Using a Novel mixture Modulation used for place-
Alone Power Generating method with little Input power(IEEE 2016).
VI. POWER ELECTRONICS based MULTILEVEL INVERTERS
1. A kin of Five-point double-Buck complete-Bridge Inverters for network-Tied Applications
2. A Lone DC Source Cascaded Seven-stage Inverter combining Switched Capacitor
3. An Improved sole stage Step-upbeat Five-point Inverter(IEEE 2016).
4. A Novel Cascaded Switched-Capacitor more level Inverter Based on top of better succession–
Parallel translation with fewer Number of apparatus(IEEE 2016).
5. Design and performance of a new Multilevel DC–AC Inverter (IEEE 2016).
- Power electronics is one of the minds sharpening technology which is designing with the semiconductor devices like rectifiers, switches, transistors etc. The domain which is applied in between the source and application (load) devices, for Converting and inverting the range of power (voltage*current) which placed in between that medium for obtaining run time output. Simulation part will be executed with the help of Software called as Matlab. The field (Power electronics) is a place for students those who are ready to chase century in the innovative world. Chargers for laptops and mobile phone, solar panel, UPS, Electric charger bike are the some real time examples for this ingenious domain.
- It is a time say lucky peoples those who all are join with this innovation and they are EEE, ECE, E&I, ICE students. Our techies trained the students not only regarding their desire technically. Training offered as practical demonstration as like a MNC’s. The development of our techies is derived from latest IEEE standard. The students can create a project within an allowance. Give your arrival to our foremost Project Centre located at Coimbatore and makes all your thoughts comes true.