Power Project

G.THRIKOON RAO

E-MAIL: ***********@*****.***

Ph: 996-***-****

Career Objective:

To join as a learner in research and development department where I can contribute my skills and also to improve and upgrade my skills all the time according to the global market situations and shape my career.

Education:

Masters (M.Tech) from BVRIT, JNTUH in Power Systems Engineering and Energy Systems (PEES) with 8.47 CGPA in August 2018 (Thesis submitted).

Bachelors (B.Tech) from MRIET/JNTUH, in Electrical Electronics Engineering (EEE) with 67.5% in May 2016.

Intermediate from Naryana Junior College with 70.5% in May 2012.

SSC from Bhashyam Public School with 77%.

Technical Skills:

MATLAB

SIMULINK

PVSYST

EMBEDDED C

EMBEDDED SYSTEMS

BASICS OF AUTOMOTIVE SYSTEMS

PLC

Projects:

Masters:

Title: Performance Analysis and Simulation of Solar PV – Wind Hybrid Energy System with SVC

Tools: MATLAB/Simulink

Description: In this project we use solar PV and wind both as combined in hybrid system for better efficiency and power output. We analyze the power outcome and regulate it with SVC (Static VAR Compensator), a FACTS devise. The SVC, a static voltage ampere reactive compensator is a set of power electronic devices for providing fast-acting reactive power on high-voltage electrical transmission networks. The SVC is an automated impedance matching device, designed to bring the system closer to unity power factor. Through this study and project implementation we can match the outputs of the hybrid sources to that of the grid and facilitates for the power injection to the grid.

Graduation:

Title: simulation of operational characteristics of single phase induction motor by using ZSI

Tools: MATLAB/Simulink

Description: This project deals with the single phase induction motor operated on Impedance Sourced Inverters (ZSI). Use of VSI and CSI in single phase induction motor is widely practiced in the present scenario. But at high voltage and current conditions, it may cause problems like open circuit or closed circuit faults in the field windings. In these cases excess currents and voltage damages the motor and leads to the faulty systems. To avoid such problems we use Impedance sourced Inverter, where impedance refers to Z=V/I. This means the impedance is regulated in the source through V and I, thus stabilizing the power. In this way ZSI protects the system and enhances the efficiency.

Mini project:

Title: FM RADIO JAMMER

Tools: Hardware components (resistance, capacitance, transforms and other electronic and electrical components etc.)

Description: FM RADIO JAMMER is used to avoid and block the unwanted frequency. In sensitive radio communications, the noise may cause huge damages. This noise may refers to other signals at some unwanted frequencies. Frequency modulated (FM) signals are one of them if they are unintended. This project is to avoid a radio frequency circuit, which detects the signals at particular frequency and jam them from entering the main signals. Various radio components are used with various specifications as per the frequency requirements.

Co-Curricular Activities:

Attended MATLABWORKSHOP that was held in MRIET, Hyderabad.

Attended to PLC WORKSHOP that was held in MRIET< Hyderabad.

Participated in Project Expo that was held in MRIET, Hyderabad.

Hobbies:

Playing Cricket

Travelling

Personal details:

Name : G THRIKOON RAO

Father name : G SEKHAR ABAU

Date of Birth : 12-02-1995

Address : 16-1-30/I/55, Indraprastha nagar, phase II

Saidabad Colony, Hyderabd-59

Gender : Male

Nationality : Indian

Language known : English, Hindi, Telugu

Deceleration:

I hereby declare that the above written particulars are true to the best of my knowledge and belief.

Date:

Place:

(G.THRIKOON RAO)

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