B.MADHU SUDHAN

*-***-*/*, **: +91-814*******

TR Nagar, EMAIL: admd5x@r.postjobfree.com

DHONE-518222,

KURNOOL (Dt), A.P.

OBJECTIVE :

To secure a challenging position in a reputed organization to expand my learning’s, knowledge and abilities.

KEY SKILLS:

Basic knowledge in C programming language.

Effective knowledge in power systems, electrical machines and power electronics.

Sufficient knowledge in designing Electrical Systems, MATLAB.

Effective communication skills in English particularly written and spoken.

Positive towards setbacks and love to face them. ACADEMIC RECORD:

B.Tech : Electrical & Electronics Engineering(EEE) 71 2020 Santhiram Engineering College, Nandyal.

JNT University, Ananthapuramu.

Diploma : Electrical & Electronics Engineering(EEE) 82.37 2017 ESC Government Polytechnic,Nandyal.

State Board of Technical Education and Training AP. SSC : Jyothi High School,Dhone 9.3 2014

Board of Secondary Education, AP.

PROJECT DETAILS:

DIPLOMA PROJECT DETAILS:

TITLE : “Automatic Solar Powered Led Lighting System” TOOLS : SOLAR PANNEL,BATTERY,POLE.

DESCRIPTION : When The Solar Panels receives the solar radiation during the day time and then convert into electrical energy through the charge and discharge controller, which is finally stored in the battery. Then the battery discharges energy to the LED light to emits visible light at certain direction.

B.TECH PROJECT DETAILS:

TITLE : “SOLAR CHARGING STATION FOR ELECTRIC VEHICLE” TOOLS : MATLAB/SIMULINK.

DESCRIPTION : A solar powered battery charging system is presented, where the system consists of a PV array, Boost converter, Buck converter and a Battery (12 V, 255 AH capacity). PV array is connected with a boost converter through a DC link capacitor. The boost converter is controlled to extract maximum power from PV array using Perturb and Observe/Incremental Conductance MPPT. The output of boost converter is connected to a buck converter to step down the voltage to a desired value (13V) for charging the battery through the voltage controller. The charging current is approximately 50A and is capable to charge the battery to its full capacity in approximately 5.1 hours. The battery is automatically disconnected from the source when it is charged completely. A complete simulation study of the system is carried out in the SIMULINK environment of MATLAB. 69.34

PRESENTATIONS/ PARTICIPATIONS:

Presented a paper on “Solar Charging Station for Electric Vehicles “at National Conference on Advances in Semiconductor,Renewable Energy and Computations in Electrical Engineering-NCSRECEE-2020 Organized by Santhiram Engineering College.

Participated in a one week addon Program “Modeling & Simulation of Electrical Vehicle, Electric Circuit and Power Converter By Using Matlab/Simuink” Organized by Santhiram Engineering College Nandyal.

Participated in a Three day National workshop on “Connect engineers to MEP industry” organized by Santhiram Engineering College, Nandyal.

Participated in a “One Month Short Internship Program of APSPDCL”.

Participated in a “One Week Training For KIA Motor Company, Penugonda. PERSONAL DETAILS:

Date of Birth : 13

th

Jun. 1999.

Father’s name : B. Sreenivasulu

Marital status : Unmarried

Employment status : Full time / part time

Hobbies : Reading NewsPapers, Listening Music.

Programming languages : C language

Known

Software’s known : MATLAB.

Reference:

Mr. M.Y.Veeresh,

Assistant professor and HOD of EEE Dept.

Santhiram Engineering College, nandyal.

Ph: +91-970*******

Email: admd5x@r.postjobfree.com

(B. MADHU SUDHAN).

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