Power Software
Resume:
**********@*****.***
CAREER OBJECTIVE
I wish to work in an organization where culture of freedom and working for initiatives are ensured,which provides me the oppurtunity to improve my skills and knowledge to growth along with the organization objective
A motivated,adaptable and responsible graduate seeeking a position which will utilize the professional and technical skills developed through past study experiences in my elds EDUCATION
Course Institution Year Percentage
M.E.(Energy) Asian Institute of Technology 2019
Pathumthani,Rangsit,Thailand 71
B.E.(EEE) Jawaharlal Nehru Technological University 2017 Kukatpally,Hyderabad 58
Intermediate Viswasai Junior College 2013
Nellore,AP 90
Matriculation (SSC) Ushodaya High School 2011
YMR Colony, Proddatur,Kadapa(dt),AP 86
TECHNICAL STRENGTHS
Computer Languages Simulink,MATLAB
Software & Tools
SKILLS
Practical knowledge about Substations and Transformers Conducted events and helped business admins from our campus as a leading volunteer Examining of Renewables in eld trip from energy department in Masters(Chiang mai, Thailand) Good Communication Skills in Telugu and English
Attended seminars on Smart grid, Electrical vehicle technology SOMALARAJU KALYAN
LaTeX,MI Power Software
Presented ppt on Optical Faraday Current Transformer in Technical event PROJECT
Masters Projects
Enhancement of Power Generation from Electromagnetic Scavenging tile.
Abstract: Footstep electricity generation tile is designed with an improvement to power the sensors which consumes a small amount of electricity.Maximum output of 15 Watts is obtained by using both upward and downward motion of a tile. In this permanent magnet synchronous generator is used for its better output and its aptness. Flywheel is used to store required potential energy which was obtained from a human foot applied force and to get maximum inertia as much as possible. Two One- way clutches are used to make the generation smoothly with less damping in bidirectional movements. Energy output in terms of joules, it obtained a peak more than 2 Joules per step. Fast walking force is taken as input for this paper. Di erent
ywheel with di erent inertia were used to generate di erent outputs.
Achieved 15 Watts of generation due to novel formulation which is 3 Watts increment from reference paper and highest till now in that dimensions Team size:1
Development of optical current transformers and application to fault location systems for substations.
Abstract:The authors report on an optical current transformer (CT) based on the principle of the Faraday e ect. The information measured by the optical CT is transmitted to the ground side through optical bers contained in an insulator. An application of the optical CT, a new fault location system, is described. Team size:1
B.Tech Projects
Voltage pro le and loss analysis of radial distribution system in presence of embedded generator with a case study in MiPower.
Abstract:This paper presents the impact of EG on the distribution system voltage, power
ow and losses. The power
ow for di erent power factors of EG has been studied by simulating network in MiPower software. The studies also reveal the optimum scenario required in designing a control loop for obtaining a better voltage pro le and minimize the losses in the power system network. A case study is also simulated showing the essentiality of power system studies for properly planned and operated EG.
My part: I have done simulation by varying values (both practical and theoritical) so that at which point maximum power is obtained and also helped in circuit design Team size:5
Overview of Gas Insulated Substation 132kV/66kV.
Abstract:This paper shows that the analysis of 132kV/66kV Gas Insulated Substation done Erragadda, Hyderabad. The advantages over conventional Air Insulated Substations are mentioned.Di-electric character of SF6 is compared with the Air Insulated Substation along with the economical aspect in all parameters.
My part: I have compared the GIS Substation and usual Substation in terms of losses, design complex- ity,economical aspect with respect to theoritical Team size:5 PERSONAL SKILLS
Analytical problem solving
Adaptive nature
Willingness
Relentless on quality of work
AREA OF INTEREST
New Electricity generation techniques
E cient usage of electricity in devices
Customization of alloys to electrify devices
PERSONAL PROFILE
Date of Birth: 20/02/1996
Fathers Name: Mr. SVR. Prasad
Mothers Name: Mrs. S. Savithri
Language known Telugu & English
Nationality: Indian
Passport number: N8326601
DECLARATION
I hereby declare that the above written particulars are true to my knowledge and i bear the responsi- bility for above mentioned particulars.
Proddatur,Kadapa(dt),
Andhra Pradesh, India Somalaraju Kalyan
Address: 3/919,YMR.Colony
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