About the Department
The Department of Electrical and Electronics Engineering has been established ir the year 1998 with permission for an intake of 60 students, subsequently approved by AICTE and accredited by NBA(2005-2008), New Delhi. In the academic year 2010-2012 M. Tech., Power Electronics course was also started with the permission for an intake of 1E students. In the academic year 2012-2013 the intake enhanced to 24.
The Department of E.E.E has been running successfully since its inception. It has good infrastructure, well equipped laboratories, well qualified, committed, and experiencec teaching faculty striving very hard to prepare worthy engineers to face stiff competitior globally. In every semester it organizes technical quiz and seminars within the departmenl to improve inter personal, technical and communication skills of the students. Our faculty continuously encouraged by sending them to seminars, workshops and symposiums.
The department has been accredited by NBA for the period of three years with effect from 15-02-05. All the labs were well established with state of the art equipment as per the J.N.T.U. norms. The department has taken initiative to improve the student personality and co -curricular activities. The EEE Students Association started in the academic year 2000- 2001. Under this Association, we conducted the inter collegiate Technical Paper Presentations, Technical Quizzes etc. We have a dedicated departmental Library with 220 books.
Finally, EEE students were well placed in multinational companies like IBM, TCS, WIPRO. INFOSIS etc.. They got good jobs in all central and state government units like APTRANSCO,APGENCO, NTPC, EIL, APCPDCL, etc.
Establishment
Year of Establishment of the Department: 1998
The Department of Electrical and Electronics Engineering has been established ir the year 1998 with permission for an intake of 60 students, subsequently approved by AICTE and accredited by NBA(2005-2008), New Delhi. In the academic year 2010-2012 M. Tech., Power Electronics course was also started with the permission for an intake of 1E students. In the academic year 2012-2013 the intake enhanced to 24.
HOD: Mr. Narender Reddy Narra
Faculties

Mr. N Narender Reddy M.Tech
Associate Professor
Publications International Journals
[1]
Amplifying Power Quality and Diminishing Harmonic Distortion in MG VIA Adaptive MPC Based Robust EKF throu
Read more...
Publications
International Journals
[1] |
Amplifying Power Quality and Diminishing Harmonic Distortion in MG VIA Adaptive MPC Based Robust EKF through IPSO-SHE N. Narender Reddy, Obbu Chandrashekar In International Journal of Power Electronics(IJPELEC), , Feb 2021, Volume: 13(2), Page: 208-234.
Abstract [+]
The objective of micro grid (MG) is to generate, regulate and distribute the electricity to the utility grid. Any faults occur in the MG can cause deviations on the voltage, frequency and voltage sag/swell, which affects the power quality. In order to overcome these issues in this paper we proposed to design an adaptive model predictive control (MPC)-based robust extended Kalman filter (REKF) with improved particle swarm optimised selective harmonic elimination (IPSO-SHE) control system. This fetches the importance of power quality improvement. The utilisation of adaptive MPC with robust EKF express the harmonic signatures produced in the system which can be used to detect islanding. An IPSO-SHE is finally employed to reduce the harmonics which significantly improves the quality of power delivered to the load. Our proposed control system has been implemented in the working platform of MATLAB/Simulink and tested with certain load conditions. The simulation results of the proposed control system and comparison with existing control systems shows the significance of the proposed work.
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[2] |
Model Predictive Control based Extended Kalman Filter to Improve Power Quality in Micro Grid with Improved Particle Swarm Optimized Selective Harmonic Elimination N.Narender Reddy,J. Simlal In Jour. of Adv Research in Dynamical & Control Systems, , Mar 2020, Volume: 12 ISSUE 2, Page: 1272-1280.
Abstract [+]
Distributed Generation (DG) units have some desirable features such as environment support, energy
expansion, lower infrastructure costs and deregulation of energy market. DG, which is connected to the grid via
point of common coupling, has many advantages such as peak shaving in order to reduce the overall cost of power
by generating power during peak load hours, and also act as a standby generation to provide electrical power during
outages Due to the availability of parallel connected UPS, increasing the number of DG’s is one of the feasible
solutions to enhance the quality of power. In this paper we propose a novel Model Predictive Control Algorithm
with Extended Kalman Filter (MPC-EKF) are employed for dynamic harmonic state estimation of hybrid DC micro
grid to improve the power quality. The MPC control methodology decomposes the control object into steady-state
and transient sub problems separately and enhances the transient and steady state responses which also identifies the
harmonics present in the system with the help of EKF and after that an Improved Particle Swarm Optimized
Selective harmonic Elimination (IPSO-SHE) is employed by adding adaptive inertia weight to reduce the harmonics
and improve the power quality. Our proposed control system has been designed in MATLAB/SIMULINK and
tested with different load conditions. The simulation results of the proposed control system and comparison with
existing control systems shows the significance of the proposed work in terms of accuracy and faster computational
time.
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[3] |
Tree Structured Multi-Level Control System Design Based on MPC-EKF for Power Quality Enhancement with Selective Harmonic Elimination N.Narender Reddy, J. Somla In International Journal of Recent Technology and Engineering (IJRTE) , , Aug 2019, Volume: 8,ISSUE2S8.
Abstract [+]
In this paper we propose to design a Tree Structured
Multi Level Control System based on Model Predictive Control
Algorithm with Extended Kalman Filter (MPC-EKF) to enhance
the quality of power. The proposed MPC-EKF predicts the
non-linear/unbalanced loads by the use of MPC and along with
the prediction there is the need to detect the mode of the grid either
grid connected or islanding mode which can be done with the help
of EKF and further Improved Particle Swarm Optimized Selective
harmonic Elimination (IPSO-SHE) is used to minimise the
harmonics. Our proposed TSML control system has been
developed in the MATLAB and tested with different load
conditions. The simulation results of the proposed TSMLC system
when compared with the existing control systems shows the
impact of the proposed work.
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[4] |
Power quality enhancement by MPC based multi-level control employed with improved particle Swarm optimized selective harmonic elimination N. Narender Reddy, Obbu Chandrashekar In Energy Sources, Part-A: Recovery, Utilization, and Environmental Effects, , Jan 2019.
Abstract [+]
In the past decades, the number of distributed generators (DG) which are
sensitive to adverse environments, the disturbances introduced by the nonlinear
load and proliferation of renewable energy sources are increased considerably.
This fetches the importance of power quality improvement. Also the sudden
changes in the operating conditions of DGs due to load disturbances and
network contingencies produce harmonics. In order to overcome the above
issues in this research work, we proposed to design a novel Model Predictive
Control Algorithm based Tree structured multi-level Control system. The utilization
of Extended Kalman filter with MPC expresses the harmonic signatures
produced in the system which can be used to detect islanding. An Improved
Particle Swarm Optimized Selective harmonic Elimination is finally employed to
reduce the harmonics which significantly improves the quality of power delivered
to the load. Our proposed control system has been implemented in the
working platform of MATLAB/SIMULINK and tested with certain load conditions.
The simulation results of the proposed control system and comparison with
existing control systems show the significance of the proposed work.
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Workshops and Seminars Attended
National Workshops
[1] |
IoT with Arduino workshop Attended, SURYAPET, 13 Mar 2020 to 14 Mar 2020
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[2] |
MATLAB Organized, SRI VENKATESWARA ENGINEERING COLLEGE, SURYAPET, 18 Apr 2019 to 19 Apr 2019
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[3] |
Smart & Green Technologies for Sustainable Energy Attended, KL UNIVERSITY VIJAYAWADA, 19 Dec 2017 to 20 Dec 2017
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[4] |
Designing of Solar PV Systems Attended, RISE KRISHNA SAI GROUP OF INSTITUTIONS, ONGOLE, 24 Jan 2017 to 25 Jan 2017
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[5] |
Solar PV Design & Technology Organized, SRI VENKATESWARA ENGINEERING COLLEGE, SURYAPET, 23 Jan 2017 to 24 Jan 2017
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[6] |
Smart Distribution Systems Attended, KL UNIVERSITY VIJAYAWADA, 28 Dec 2015 to 01 Jan 2016
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[7] |
Recent Trends And Applications In Smart And Micro Grids Attended, KL UNIVERSITY VIJAYAWADA, 10 Jul 2015 to 12 Jul 2017
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[8] |
SHORT TERM TRAINING IN INDUSTRIAL AUTOMATION WITH PLC(STIAP) Organized, SRI VENKATESWARA ENGINEERING COLLEGE, SURYAPET, 03 Mar 2015 to 07 Mar 2015
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[9] |
Power System Deregulation-Recent trends” at Department of Electrical & Electronics Engineering Attended, JNTUH HYDERABAD, 26 Jul 2014 to 26 Dec 2014
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[10] |
Research Methodology Attended, KL UNIVERSITY VIJAYAWADA, 08 Jul 2014 to 11 Jul 2014
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[11] |
Developments in High Voltage Engineering and Power System Attended, WARANGAL, 23 Dec 2010 to 24 Dec 2010
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Short Term Courses
[1] |
Electrical Machine Modeling Analysis Attended, KL UNIVERSITY VIJAYAWADA, 08 Dec 2014 to 13 Dec 2014
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[2] |
Flexible AC Transmission Systems Attended, KL UNIVERSITY VIJAYAWADA, 01 Dec 2014 to 06 Dec 2014
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Close
Mr. D Nagaraju M.Tech
Sr. Assistant Professor
Workshops and Seminars Attended National Workshops [1]
IOT WITH ARDUINO WORKSHOP Attended, SURYAPET, 13 Mar 2020 to 14 Mar 2020
Trainings [1]
Read more...
Workshops and Seminars Attended
National Workshops
[1] |
IOT WITH ARDUINO WORKSHOP Attended, SURYAPET, 13 Mar 2020 to 14 Mar 2020
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Trainings
[1] |
INDUSTRIAL AUTOMATION PLC Attended, SURYAPET, 03 Mar 2015 to 07 Mar 2015
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Others
[1] |
FDP ON TEAM BUILDING AND INTERPERSONAL SKILLS Attended, SURYAAPET, 02 Apr 2013 to 03 Apr 2013
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Memberships
[1] |
MEMBER of INTERNATIONAL ASSOCIATION OF ENGINEERS.
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[2] |
LIFE MEMBER of THE INDIAN SOCIETY FOR TECHNICAL EDUCATION for LIFE TIME.
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Close
Mr. A Sharath Babu M.Tech
Assistant Professor
Mr. B Naresh M.Tech
Assistant Professor
Mr. G Balu M.Tech
Assistant Professor

Mr. CH Saidulu M.Tech
Assistant Professor
Publications International Journals
[1]
Grid Connected Fuel Cell Based Boost Inverter For Standalone Applications Chinthapally Saidulu,K.Rajani In
Read more...
Publications
International Journals
[1] |
Grid Connected Fuel Cell Based Boost Inverter For Standalone Applications Chinthapally Saidulu,K.Rajani In IJLRES, , Jul 2015, Volume: 1, Page: 39 to 44.
Abstract [+]
To meet the rapidly increasing demand for the electric power generation new methods are evolving in conjunction with the environmental issues. One of such technology is a fuel cell based power generation. Fuel cells are considered as one of the standalone or grid connected distribution generation due to their cleanliness, modularity and higher potential capability.
In the proposed system a three phase boost inverter has been implemented based on a single phase boost inverter topology and is integrated with a fuel cell stack, this eliminates the slow dynamics of the fuel cell and the two stage conversion. By the integration of these the system becomes more efficient and the cost, size and time taken for the response are reduced. The simulink model of three phase boost inverter has been simulated and the simulink results are produced.
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Workshops and Seminars Attended
National Workshops
[1] |
IOT with Arduino Attended, Sri Venkateswara Engineering College Suryapet, 13 Mar 2020 to 14 Mar 2020
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[2] |
MATLAB Attended, Sri Venkateswara Engineering College Suryapet, 18 Apr 2019 to 19 Apr 2019
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Close
Ms. CH Sathvika M.Tech
Assistant Professor
Ms. N Priyanka M.Tech
Assistant Professor
Mr. S RAMU M.TECH
Assistant Professor
Mr. U Srikanth M.Tech
Assistant Professor
Mrs. K SRAVANTHI M.TECH
Assistant Professor
Mrs. MANDAL SWATHI M.TECH
Assistant Professor