S.No
|
Title
|
Student Name
|
Year
|
1
|
Design and development of energy efficient Welding power supply
|
Thatipelli Shivaji
|
May 2022
|
2
|
Design and development of energy efficient DC charger for EV batteries
|
Nakarani Mayur Dineshbhai
|
May 2022
|
3
|
Redesigning of electrical power supply panels to ensure load protection
|
Ekta Malia
|
May 2022
|
4
|
Development of control strategy foe Fast charging of battery employing partial power processing converter
|
Ekta Malia
|
Dec 2021
|
5
|
Development of Energy saving Techniques for Multiple Induction Motor Drives
|
Pusparanjan Behera
|
August
2021
|
6
|
Development of Partial Power Processing for Battery Charging Applications
|
Gudhipela Veeranallaiah
|
May 2021
|
7
|
Vector Generation for Post SI Validation of SoC
|
Lakshmi Prathyusha Pydi
|
May 2021
|
8
|
Design and Development of Energy Efficient DC power Supply Employing SiC Devices for Data center Applications
|
Lakshmi Prathyusha Pydi
|
Dec 2020
|
9
|
Development of Partial Power Processing for Battery Charging Applications
|
Gudhipela Veeranallaiah
|
Dec
|
10
|
Experimental Investigation on Solar PV soft Switching DC-DC Converter System for Battery charging Applications
|
Naman Agrawal
|
June 2020
|
11
|
Prototype Development of test-bed for electronic welding machine
|
A Sai sivani
|
June 2020
|
12
|
Investigation on Solar PV soft Switching DC-DC Converter System for Battery charging Applications
|
Naman Agrawal
|
Dec 2019
|
13
|
Development of test-bed for electronic welding machine
|
A Sai sivani
|
Dec 2019
|
14
|
Development of Multiport DC-DC Converters for Standalone Solar Photovoltaic Applications
|
Dibyaraj Krishna Behera
|
June 2019
|
15
|
Integrated Battery Management System Employing Multiport DC/DC Converter for Standalone Solar Photovoltaic System(experimental)
|
Sanchari Banerjee
|
May 2019
|
16
|
Maximum Power from PV Array using fixed Configuration under Different Shading Conditions(experimental)
|
Rupesh Kumar
|
May 2019
|
17
|
Enhancing Energy Efficiency of Multiple Induction Motor Drive for Belt Conveyor System(experimental)
|
Pallapu Venkata Ramana
|
May 2019
|
18
|
A Fault Detection Algorithm to identify Various Faults in Photovoltaic System (Simulation)
|
Sanchari Banerjee
|
Dec2018
|
19
|
Maximum Power from PV Array using fixed Configuration under Different Shading Conditions(Simulation)
|
Rupesh Kumar
|
Dec2018
|
20
|
Enhancing Energy Efficiency of Multiple Induction Motor Drive for Belt Conveyor System (Simulation)
|
Pallapu Venkata Ramana
|
Dec2018
|
21
|
Development of Distributed MPPT in Solar PV Systems
|
Yellamilli Nitish
|
May 2018
|
22
|
Study of Distributed MPPT in Solar PV Systems
|
Yellamilli Nitish
|
Dec 2017
|
23
|
Development of Control Scheme for Boost Derived Hybrid Converter for Solar PV Applications. (experimental)
|
Laveti Arjun
|
2017
|
24
|
Development of Control Strategy for Single Stage Grid-Connected Solar PV System. (experimental)
|
Pilli Madhu Kiran
|
2017
|
25
|
Development of Control Scheme for Boost Derived Hybrid Converter for Solar PV Applications. (simulation)
|
Laveti Arjun
|
2016
|
26
|
Development of Control Strategy for Single Stage Grid-Connected Solar PV System. (simulation)
|
Pilli Madhu Kiran
|
2016
|
27
|
Control of Single Inductor Based Dual Output/Input Boost DC-DC Converter for Solar PV Applications. (experimental)
|
Dipankar Biswas
|
2016
|
28
|
Operation and Closed Loop Control of Single-Phase Micro Grid System Using Phase Locked loop. (experimental)
|
Raj Prakash Korapati
|
2016
|
29
|
Investigation of Switching Transients in Vacuum Circuit Breaker for Synchronous Condenser.
|
Arghya Jana
|
2016
|
30
|
Control of Single Inductor Based Dual Output/Input Boost DC-DC Converter for Solar PV Applications. (simulation)
|
Dipankar Biswas
|
2015
|
31
|
Operation and Closed Loop Control of Single-Phase Micro Grid System Using Phase Locked loop. (simulation)
|
Raj Prakash Korapati
|
2015
|
32
|
Solar PV and Battery Storage Integration Using a Three-Level NPC Grid-Connected Inverter.
|
Arghya Jana
|
2015
|
33
|
Performance Enhancement of Grid Synchronization in Single Phase Power Converter. (experimental)
|
Ramachandrarao Pydi
|
2015
|
34
|
Investigation of Various PWM Techniques for Three-Phase Three-Level Inverter. (experimental)
|
Peruka Vamshi
|
2015
|
35
|
Control of Three Phase Self-Exited Induction Generator – Matrix Converter System Feeding Stand Alone A.C Loads. (experimental)
|
Devedera Varma Borru
|
2015
|
36
|
Control of Self-Excited Induction Generator Converter System Feeding Constant DC Voltage Applications. (experimental)
|
K. Ravi Ratna Roja
|
2015
|
37
|
Performance Enhancement of Grid Synchronization in Single Phase Power Converter. (simulation)
|
Ramachandrarao Pydi
|
2014
|
38
|
Investigation of Various PWM Techniques for Three-Phase Three-Level Inverter. (simulation)
|
Peruka Vamshi
|
2014
|
39
|
Control of Three Phase Self-Exited Induction Generator – Matrix Converter System Feeding Stand Alone A.C Loads. (simulation)
|
Devedera Varma Borru
|
2014
|
40
|
Control of Self-Excited Induction Generator Converter System Feeding Constant DC Voltage Applications. (simulation)
|
K. Ravi Ratna Roja
|
2014
|
41
|
A Wind Driven Self-Excited Induction Generator Supplying Isolated AC loads. (experimental)
|
Kenguru Manjunath
|
2014
|
42
|
Self-Excitation and Control of a Standalone Wind Power Generation system. (experimental)
|
Malle Lingamaiah
|
2014
|
43
|
Control of Variable Speed Induction Generators Supplying DC loads.(experimental)
|
Ponukumati Praveenkumar
|
2014
|
44
|
A Wind Driven Self-Excited Induction Generator Supplying Isolated AC loads. (simulation)
|
Kenguru Manjunath
|
2013
|
45
|
Self-Excitation and Control of a Standalone Wind Power Generation system. (simulation)
|
Malle Lingamaiah
|
2013
|
46
|
Control of Variable Speed Induction Generators Supplying DC loads. (simulation)
|
Ponukumati Praveenkumar
|
2013
|
47
|
Operation and Control of Three-Phase Self-Excited Induction Generator Connected to the Three-Phase grid.(experimental)
|
S.Sunil Nayak
|
2013
|
48
|
DSP Based Voltage and Frequency Control of Self-Excited Induction generators.(experimental)
|
V. Praveesh
|
2013
|
49
|
Experimental Investigation and Control of Wind-Driven SEIGs Feeding Stand Alone DC loads.(experimental)
|
Prasad Chengi
|
2013
|
50
|
Operation and Control of Three-Phase Self-Excited Induction Generator Connected to the Single Phase grid.(simulation)
|
S.Sunil Nayak
|
2012
|
51
|
Voltage and Frequency Control of SEIGs.(simulation)
|
V. Praveesh
|
2012
|
52
|
Control of Wind-Driven SEIGs Feeding Stand Alone DC Loads.(simulation)
|
Prasad Chengi
|
2012
|
53
|
High-Efficiency Voltage-Clamped DC-DC Converter With Reduced Reverse- Recovery Current and Switch-Voltage Stress
|
Ravikiran Vasireddy
|
2012
|
54
|
Control of Three-Phase SEIGS Supplying DC Loads Through Single-Phase AC Boost Rectifier.
|
Pusarla Naveen
|
2012
|
55
|
Abc-Dq Modelling and Control of Wind Driven Self Excited Induction Generator Feeding Stand Alone Ac and Dc Loads.(experimental)
|
Enaganti Raj Kumar
|
2012
|
56
|
Dq-Modelling and Control of Self-Excited Induction Generator-Converter Systems for Battery Charging Application.
|
Mahendhar Rageeru
|
2012
|
57
|
An Excitation Scheme for a Stand-Alone Three-Phase Induction Generator Supplying Single Phase Loads
|
Ravikiran Vasireddy
|
2011
|
58
|
Single Phasing Operation of SEIGs
|
Pusarla Naveen
|
2011
|
59
|
Abc-Dq Modelling and Control of Wind Driven Self Excited Induction Generator Feeding Stand Alone Ac and Dc Loads.(simulation)
|
Enaganti Raj Kumar
|
2011
|
60
|
Hysteresis Controller for SEIG-PWM Converter Systems for Battery Charging Applications.
|
Mahendhar Rageeru
|
2011
|
61
|
DSP Based Control of Matrix Converter for the Operation of Wind- Driven PMSG.(experimental)
|
S. Ranjith Kumar
|
2011
|
62
|
Unity Power Factor Isolated Three Phase Rectifier With Split DC Bus Based on the Scott Transformer.(experimental)
|
J. Tukaram
|
2011
|
63
|
Investigation of Various Modulation and Switching Techniques for Single- Phase Matrix converter.(experimental)
|
Sravan Kumar Velisela
|
2011
|
64
|
Control Strategies for Three Phase Matrix Converter for the Operation of Wind- Driven PMSG.(simulation)
|
S. Ranjith Kumar
|
2010
|
65
|
Unity Power Factor Isolated Three Phase Rectifier With Split DC Bus Based on the Scott Transformer.(simulation)
|
J. Tukaram
|
2010
|
66
|
Investigation of Various Modulation and Switching Techniques for Single- Phase Matrix converter.(simulation)
|
Sravan Kumar Velisela
|
2010
|
67
|
Continuous Conduction Mode Operation of Three- Phase Single- Switch Boost Rectifier With Constant Load Voltage.
|
Kartikeyan. T
|
2010
|
68
|
Mixed Mode Operation of Boost Rectifier for Wide Range of Load variations.(experimental)
|
G. Veeresh Kumar
|
2010
|
69
|
Control of Boost Power Converter
|
Nagaraju Ghantasala
|
2010
|
70
|
A Systematic Approach for the Control of Boost Power Factor Correction Converter.
|
P. Guru Nagendra
|
2010
|
71
|
Over Modulation Scheme for Induction Motor Drive.
|
Kartikeyan. T
|
2009
|
72
|
Mixed Mode Operation of Boost Rectifier for Wide Range of Load variations.(simulation)
|
G. Veeresh Kumar
|
2009
|
73
|
Model Predictive Control of Multi Variable Four Tank System.
|
Nagaraju Ghantasala
|
2009
|
74
|
Investigation of PWM Current Control Schemes for Single Phase Power Factor Correction Boost Converter.
|
P. Guru Nagendra
|
2009
|
75
|
Design and Development of Solar Powered Boost Inverter.
|
Elizwa Laiju
|
2009
|
76
|
Modelling, Analysis, design and Implementation of Wound Rotor Induction Motor Drive.
|
S R Prasad
Tummalapalli
|
2009
|
77
|
Automatic Classification of Power Quality Issues.
|
Elizwa Laiju
|
2008
|
78
|
Modelling, Analysis and Design of High Chopper Frequency Drive for Wound Rotor Induction Motor With a Resistively Loaded Rotor Chopper
|
S R Prasad Tummalapalli
|
2008
|
79
|
Analysis and Design of Single Switch Forward Buck AC-DC Converter for Low Power Battery Charging Applications.
|
M.Raghupathi Reddy
|
2008
|
80
|
Design and Implementation of a Reduced Order Observer for Inductor Current Estimation in Buck Type Rectifier.(experimental)
|
P. Nagaraju
|
2008
|
81
|
Design and Development of Energy Efficient Sensor less Direct Torque Controlled Induction Motor Drive.(experimental)
|
M. Sathish Kumar
|
2008
|
82
|
Analysis, Design and Development of Neural Network Controller for UPS Inverter Applications.
|
M.Raghupathi Reddy
|
2007
|
83
|
Design of a Reduced Order Observer for Inductor Current Estimation in Buck Type Rectifier.(simulation)
|
P. Nagaraju
|
2007
|
84
|
Performance Enhancement of Neuro- Fuzzy Based Sensor less Direct Torque Control of an Induction Motor Drive.(simulation)
|
M. Sathish Kumar
|
2007
|
85
|
Reduction of Ripples and Flux Droops in Sensor less Direct Torque Control of an Induction Motor Drive.
|
S.Sampath Kumar
|
2007
|
86
|
Rotor Resistance Estimation Technique for Indirect Vector Controlled Induction Motor Drive.
|
G.R.K. Nagaraju
|
2007
|
87
|
Performance Enhancement of Sensor less Direct Torque Control of an Induction Motor Drive.
|
S.Sampath Kumar
|
2006
|
88
|
Sensor less Field- Oriented Control for Double- Inverter- Fed Wound- Rotor Induction Motor Drive.
|
G.R.K. Nagaraju
|
2006
|