M.Tech in  Electrical Power Systems(EPS) programme:

It started in the academic year 2004-05. The motivation behind starting of this program to produce more Electrical Powers Engineers in order to meet requirement of the state and Nation Industry.
The duration of the course is four semesters. The Course work is conducted in the first two semesters, while the third and fourth semesters are dedicated for project work. The students thus have an opportunity for doing reasonably real time live projects and get fully prepared to readily take up assignments in the Power Sector. The present intake for the program is 12.

Vision

• To be a Centre for State-of-the-art learning and research in the area of Electrical and Electronics Engineering, where the stakeholders could explore, experiment and exhibit their expertise with an industrial outlook.

Mission

• To EQUIP the student with advanced learning skills in the field of Electrical and Electronics Engineering as well as the professional skills necessary to face the challenges of the future.
• To ENGINEER the student to engage in research activities leading to innovative applications of technology for the benefit of society.
• To ENABLE the student with the qualities of leadership and social responsibility.

Short Term Goal

• To train and educate students to compete at global levels.
• To conduct faculty development programmes regularly for Continuous upgradation.
• To modernize all the laboratories.
• To Place teaching / tutorial material of each subject on the internet to enable students to browse at their own place of learning.
• To encourage the students to participate in Social responsibility programmes.
• To conduct short-term courses for programmers.

Long Term Goals

• To be among best institutes in the country and abroad and be recognized as the best department in research.
• To create better entrepreneurs in the area of Information Technology and core branches.
• To establish and strengthen Industry-Institute interaction and be industry solution providers.
• To strive hard to meet the social, ecological and ethical needs of the region.
• To establish State of the art research facilities in the department.

POWER SYSTEMS LAB-1

Solar Thermal is one of the simplest Theory and basic technologies in the solar energy   A typical flat-plate collector consists of field. Collector is the heart of any solar an absorber plate in an insulated box   water heating system. It absorbs and   together with transparent cover sheet   converts the solar energy into heat and then transfers that heat to a stream of  Work and properties of different  water. There are different types of solar components of a flat plate collector   energy collector. In our system we have   used a flat plate collector.

POWER SYSTEMS LAB-2

This laboratory is designed to give students hands-on experience on different equipment of electrical power system. This is an advanced laboratory to carry out modeling, simulation and analysis of power system equipments. Students can practically verify several concepts and procedures learned in power system modeling and analysis. This lab has facilities to study the protection of equipment by relays in conjunction with switchgear. This lab also helps to model and analyze the dynamics of power system for small signal and large signal disturbances and design the systems for enhancing stability. It familiarizes with the preparatory work necessary for meeting the next day’s operation and the various control actions to be implemented on the system to get an overview of system operation and control, to understand and model power-frequency dynamics and to design power-frequency controller, to understand and model reactive power-voltage interaction and different methods of control for maintaining voltage profile against varying system.

Software Laboratories

Electrical Simulation Lab

Simulation laboratory is designed to familiarize students with the circuit models and simulation techniques. The interactive experiments in this lab will give the students an opportunity for learning and better understanding of basic concepts of simulation with MATLAB/PSICE for the analysis of various models which are aligned with Control systems, Power Systems and Power Electronics subjects. This lab is providing a learning platform for both students and faculty. The facility has been utilized by B.Tech and M.Tech students.

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Papers Published

(14671D0702) K Rama Krishna M.Tech (EPS) has published the following paper.

1. Title Of The Paper: Application of SMES Technology in Modern Power System for Improving Power Quality. (INSETR) ISSN No: 2319-8885 Vol No: 05, Issue No 34, Oct 2016.

(14671D0703) P Rani M.Tech (EPS) has published the following paper.

1. Title of the Paper: Grid-Connected PV Generation system for Induction Motor Drive.ISSN: 2349-8439 Vol-3 Issue No:11, Nov 2016

(14671D0711) P Manmohan Goud M.Tech (EPS) has published the following paper.

1. Title Of The Paper: Modeling and simulation of single Phase Grid Tued PV System ISSN No:2319-8885 Vol 5, Issue 34 Oct 2016.

(14671D0708) Arifa Fatima M.Tech (EPS) has published the following paper.

1. Modeling and simulation of improved power quality using PV system integrated with GRID ISSN No:2319-8885 Vol, 5 Issue 32. Oct 2016.

(14671D0705) K Harish M.Tech (EPS) has published the following paper.

1. Simplified control of solar PV inverter fed to GRID for active and reactive power control during Day and Night ISSN No:2395-4396 Vol, 2 Issue 1, 2016.

(14671D0707) B Raju M.Tech (EPS) has published the following paper.

1. Power quality Improvement using D Statcom with PI &Fuzzy logic controller International Journal  Computational Science, Mathematics & Engineering (IJCSME) ISSN No. 2349-8439 Vol 3 Issue 4  

(14671D0709) P Srikanth M.Tech (EPS) has published the following paper.

1. Wind energy Conversion system by double Fed induction generator with integrated active filter capabilities and control by using Fuzzy IJOEET Vol 4 Issue 4 Sep 2016.

(14671D0710) C Manjula M.Tech (EPS) has published the following paper.

1. Enhanced IUPQC for Improve Voltage Regulation in Micro Grid Applications. International Journal & Magazine of Engineering Technology, Management & Research. ISSN No: 2348-4845 Volume No:3, Issue 10. Dated Oct 2016

(14671D0706) M Bhasker M.Tech (EPS) has published the following paper.

1. A Novel strategy for PV based UPQC to reduce impact of voltage sag and swell in distribution system ISSN No: 2348-4845 Vol 3, Issue 12 Dec 2016.

    

M.Tech (2014 Batch – Autonomous) Topper List

GOLD MEDAL