|
Sl.No. |
Year |
Student Name |
Project Title |
|
1 |
MAY-2007 |
G.R.K. Nagaraju |
Rotor Resistance estimation technique for Indirect vector controlled Induction Motor Drive |
|
2 |
MAY-2007 |
S.Sampath Kumar |
Reduction of ripples and flux droops in Sensorless Direct Torque control of an Induction Motor Drive |
|
3 |
DEC- 2008 |
M. Sathish Kumar |
Design and development of Energy efficient sensorless direct torque controlled Induction Motor Drive |
|
4 |
MAY-2008 |
P. Nagaraju |
Design and Implementation of a reduced order observer for Inductor current estimation in Buck type Rectifier |
|
5 |
MAY-2008 |
M.Raghupathi Reddy |
Analysis and Design of Single switch Forward Buck AC-DC converter for low power battery charging aplications |
|
6 |
MAY-2009 |
S R Prasad Tummalapalli |
Modelling, analysis,design and implementation of wound rotor Induction Motor Drive |
|
7 |
MAY-2009 |
Elizwa Laiju |
Design and development of Solar powered Boost Inverter |
|
8 |
MAY-2010 |
P. Guru Nagendra |
A systematic approach for the control of Boost Power factor correction converter |
|
9 |
MAY-2010 |
Nagaraju Ghantasala |
Control of Boost power converter |
|
10 |
MAY-2010 |
G. Veeresh Kumar |
Mixed mode operation of Boost Rectifier for wide range of load variations |
|
11 |
MAY-2010 |
Kartikeyan. T |
Continuous Conduction mode operation of three- phase single- switch Boost Rectifier with constant load voltage |
|
12 |
MAY-2011 |
Sravan Kumar Velisela |
Investigation of various modulation and switching Techniques for single- phase Matrix converter |
|
13 |
MAY-2011 |
J. Tukaram |
Unity Power factor Isolated three pase Rectifier with split DC bus based on the Scott Transformer |
|
14 |
MAY-2011 |
S. Ranjith Kumar |
DSP based control of Matrix converter for the operation of wind- driven PMSG |
|
15 |
MAY-2012 |
Mahendhar Rageeru |
dq-Modelling and Control of Self-Excited Induction Generator-Converter Systems for Battery charging application |
|
16 |
MAY-2012 |
Enaganti Raj Kumar |
abc-dq Modelling and control of wind driven Self Excited Induction Generator Feeding Stand alone Ac and Dc Loads |
|
17 |
MAY-2012 |
Pusarla Naveen |
Control of Three-Phase SEIGS Supplying DC Loads Through Single-Phase AC Boost Rectifier |
|
18 |
MAY-2012 |
Ravikiran Vasireddy |
High-Efficiency Voltage-Clamped DC-DC Converter with Reduced Reverse- Recovery Current and Switch-Voltage Stress |
|
19 |
MAY-2013 |
Prasad Chengi |
Control of Wind-Driven self-excited induction generator feeding Standalone DC loads. |
|
20 |
MAY-2013 |
V.V. Praveesh |
Voltage and Frequency control of self-excited induction generator feeding Standalone AC loads. |
|
21 |
MAY-2013 |
S.Sunil Nayak |
Operation and control of three-phase SEIG connected to the Utility grid through Power Converters. |
|
22 |
MAY-2014 |
Ponukumati Praveenkumar |
Control of Variable speed Induction Generators supplying DC loads |
|
23 |
MAY-2014 |
Malle Lingamaiah |
Self Excitation and Control of a standalone wind power Generation system |
|
24 |
MAY-2014 |
Kenguru Manjunath |
A Wind driven Self-Excited Induction Generator supplying Isolated AC loads |
|
25 |
MAY-2015 |
K. Ravi Ratna Roja |
Control of Self-excited Induction Generator Converter System Feeding Constant DC Voltage Applications |
|
26 |
MAY-2015 |
Devedera Varma Borru |
Control of Three Phase Self-exited Induction Generator – Matrix Converter System Feeding Stand Alone A.C Loads |
|
27 |
MAY-2015 |
Peruka Vamshi |
Investigation of Various PWM Techniques For Three-Phase Three-Level Inverter |
|
28 |
MAY-2015 |
Ramachandrarao Pydi |
Performance Enhancement of Grid Synchronization In Single Phase Power Converter |
|
29 |
MAY-2015 |
Ravi Ramakrishna |
Control Scheme for Bidirectional Converter in a Self Sustaining Low Voltage DC Nanogrid |
|
Sl.No. |
Name |
Degree |
FT/PT/QIP |
status |
|
1. |
SUMEDHA M.MAHAJAN |
Ph.D |
QIP |
Completed June 2017 |
|
2. |
S.SAROJINI MARY |
Ph.D |
PT |
|
|
3. |
I.ANAND |
Ph.D |
FT |
|
|
4. |
G.MADHUSUDANAN |
Ph.D |
PT |
