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Felhasználó avatár
$6 USD / óra
INDIA zászlója
hyderabad, india
$6 USD / óra
Itt jelenleg ennyi az idő: 5:06 du.
Ekkor csatlakozott: július 18, 2017
0 ajánlás

Sujan Kumar K.

@sujankummara

 5,0 (13 értékelés)
4,3
4,3
100%
100%
$6 USD / óra
INDIA zászlója
hyderabad, india
$6 USD / óra
94%
Teljesített megbízások
100%
Költségvetésen belül
99%
Határidőn belül
12%
Ismételt megbízási arány

Energy Professional; Machine Learning Enthusiast

Hi There, Thanks for watching my profile!!!! This is Sujan. I am a data analyst and data science professional. I am having 10+ years of working experience in data and performance analyst for power plants, developing dashboards for fault identification & diagnosis in power plants, retrofitting the alerting system to reduce fake alerts, and set up BI strategy to develop dynamic dashboards & tools for data governance to manage 500+ MW of solar & wind power plants. My areas of expertise include: Python, R, Data Science, Machine Learning, Deep Learning, Tableau, Tensorflow, MATLAB. Looking for long-term engagement with clients for working. First Time Yield (FTY) and On-time Delivery(OTD) are my principles when working to ensure the accepted project is completed on time with fewer modification requests from the client.
Freelancer Engineers India
Az összes Engineers mutatása itt: India

Keresse Sujan Kumar K. felhasználót a munkájával kapcsolatban

Jelentkezzen be, hogy chaten keresztül megbeszélhessék a részleteket.

Portfólió

4498415
Statistical Analysis on Weather data. Perform Interpolation and Curve-fitting to find missing data. Solving Linear Equations Frequency Distribution Analysis - Normal distribution, Histograms, etc.
Weather Data - Interpolation, Curve-fitting, etc
Statistical Analysis on Weather data. Perform Interpolation and Curve-fitting to find missing data. Solving Linear Equations Frequency Distribution Analysis - Normal distribution, Histograms, etc.
Weather Data - Interpolation, Curve-fitting, etc
Statistical Analysis on Weather data. Perform Interpolation and Curve-fitting to find missing data. Solving Linear Equations Frequency Distribution Analysis - Normal distribution, Histograms, etc.
Weather Data - Interpolation, Curve-fitting, etc
Statistical Analysis on Weather data. Perform Interpolation and Curve-fitting to find missing data. Solving Linear Equations Frequency Distribution Analysis - Normal distribution, Histograms, etc.
Weather Data - Interpolation, Curve-fitting, etc
Statistical Analysis on Weather data. Perform Interpolation and Curve-fitting to find missing data. Solving Linear Equations Frequency Distribution Analysis - Normal distribution, Histograms, etc.
Weather Data - Interpolation, Curve-fitting, etc
Statistical Analysis on Weather data. Perform Interpolation and Curve-fitting to find missing data. Solving Linear Equations Frequency Distribution Analysis - Normal distribution, Histograms, etc.
Weather Data - Interpolation, Curve-fitting, etc
4471784
A solar PV plant needs to be designed to meet the load requirements of a swimming pool in Australia. The hourly annual irradiation data and the load profile of the swimming pool are collected. Two systems are designed to meet the load requirements. One with solar plant connected to the load & grid and for other battery storage is added in addition to the previous configuration. The MATLAB code produces the solar generation profile, the load requirement, export to the grid (if there is excess generation), consumption from the grid(if low solar generation) and battery charging status. It also shows the load sharing by solar, battery and grid in a pie chart
Generation profile of Solar PV plant with Battery Storage
A solar PV plant needs to be designed to meet the load requirements of a swimming pool in Australia. The hourly annual irradiation data and the load profile of the swimming pool are collected. Two systems are designed to meet the load requirements. One with solar plant connected to the load & grid and for other battery storage is added in addition to the previous configuration. The MATLAB code produces the solar generation profile, the load requirement, export to the grid (if there is excess generation), consumption from the grid(if low solar generation) and battery charging status. It also shows the load sharing by solar, battery and grid in a pie chart
Generation profile of Solar PV plant with Battery Storage
A solar PV plant needs to be designed to meet the load requirements of a swimming pool in Australia. The hourly annual irradiation data and the load profile of the swimming pool are collected. Two systems are designed to meet the load requirements. One with solar plant connected to the load & grid and for other battery storage is added in addition to the previous configuration. The MATLAB code produces the solar generation profile, the load requirement, export to the grid (if there is excess generation), consumption from the grid(if low solar generation) and battery charging status. It also shows the load sharing by solar, battery and grid in a pie chart
Generation profile of Solar PV plant with Battery Storage
A solar PV plant needs to be designed to meet the load requirements of a swimming pool in Australia. The hourly annual irradiation data and the load profile of the swimming pool are collected. Two systems are designed to meet the load requirements. One with solar plant connected to the load & grid and for other battery storage is added in addition to the previous configuration. The MATLAB code produces the solar generation profile, the load requirement, export to the grid (if there is excess generation), consumption from the grid(if low solar generation) and battery charging status. It also shows the load sharing by solar, battery and grid in a pie chart
Generation profile of Solar PV plant with Battery Storage
4367076
Analysis of weather data from Bureau of Meteorology
Weather Data Analysis and Report Generaiton
Analysis of weather data from Bureau of Meteorology
Weather Data Analysis and Report Generaiton
Analysis of weather data from Bureau of Meteorology
Weather Data Analysis and Report Generaiton
Analysis of weather data from Bureau of Meteorology
Weather Data Analysis and Report Generaiton
4367065
Physical System Modeling, Time Response and Stability - Mass-Spring-Damper mechanical system
Linear Systems & Control - Physical System Modeling
Physical System Modeling, Time Response and Stability - Mass-Spring-Damper mechanical system
Linear Systems & Control - Physical System Modeling
Physical System Modeling, Time Response and Stability - Mass-Spring-Damper mechanical system
Linear Systems & Control - Physical System Modeling
4322975
Rectifiers Ripple Filters Clipper and Clamper Circuits Peak Detector Circuit Low Pass and High Pass Filters
MATLAB - Basic Electrical Circuit Implementation
Rectifiers Ripple Filters Clipper and Clamper Circuits Peak Detector Circuit Low Pass and High Pass Filters
MATLAB - Basic Electrical Circuit Implementation
Rectifiers Ripple Filters Clipper and Clamper Circuits Peak Detector Circuit Low Pass and High Pass Filters
MATLAB - Basic Electrical Circuit Implementation
Rectifiers Ripple Filters Clipper and Clamper Circuits Peak Detector Circuit Low Pass and High Pass Filters
MATLAB - Basic Electrical Circuit Implementation
4294081
Deriving the transfer function for Notch filter. Developed MATLAB code for plotting frequency response & bode plots, observing and comparing outputs for different input signals.
Notch Filter Solving and MATLAB code
Deriving the transfer function for Notch filter. Developed MATLAB code for plotting frequency response & bode plots, observing and comparing outputs for different input signals.
Notch Filter Solving and MATLAB code
Deriving the transfer function for Notch filter. Developed MATLAB code for plotting frequency response & bode plots, observing and comparing outputs for different input signals.
Notch Filter Solving and MATLAB code
Deriving the transfer function for Notch filter. Developed MATLAB code for plotting frequency response & bode plots, observing and comparing outputs for different input signals.
Notch Filter Solving and MATLAB code
Deriving the transfer function for Notch filter. Developed MATLAB code for plotting frequency response & bode plots, observing and comparing outputs for different input signals.
Notch Filter Solving and MATLAB code
Deriving the transfer function for Notch filter. Developed MATLAB code for plotting frequency response & bode plots, observing and comparing outputs for different input signals.
Notch Filter Solving and MATLAB code
4498415
Statistical Analysis on Weather data. Perform Interpolation and Curve-fitting to find missing data. Solving Linear Equations Frequency Distribution Analysis - Normal distribution, Histograms, etc.
Weather Data - Interpolation, Curve-fitting, etc
Statistical Analysis on Weather data. Perform Interpolation and Curve-fitting to find missing data. Solving Linear Equations Frequency Distribution Analysis - Normal distribution, Histograms, etc.
Weather Data - Interpolation, Curve-fitting, etc
Statistical Analysis on Weather data. Perform Interpolation and Curve-fitting to find missing data. Solving Linear Equations Frequency Distribution Analysis - Normal distribution, Histograms, etc.
Weather Data - Interpolation, Curve-fitting, etc
Statistical Analysis on Weather data. Perform Interpolation and Curve-fitting to find missing data. Solving Linear Equations Frequency Distribution Analysis - Normal distribution, Histograms, etc.
Weather Data - Interpolation, Curve-fitting, etc
Statistical Analysis on Weather data. Perform Interpolation and Curve-fitting to find missing data. Solving Linear Equations Frequency Distribution Analysis - Normal distribution, Histograms, etc.
Weather Data - Interpolation, Curve-fitting, etc
Statistical Analysis on Weather data. Perform Interpolation and Curve-fitting to find missing data. Solving Linear Equations Frequency Distribution Analysis - Normal distribution, Histograms, etc.
Weather Data - Interpolation, Curve-fitting, etc
4471784
A solar PV plant needs to be designed to meet the load requirements of a swimming pool in Australia. The hourly annual irradiation data and the load profile of the swimming pool are collected. Two systems are designed to meet the load requirements. One with solar plant connected to the load & grid and for other battery storage is added in addition to the previous configuration. The MATLAB code produces the solar generation profile, the load requirement, export to the grid (if there is excess generation), consumption from the grid(if low solar generation) and battery charging status. It also shows the load sharing by solar, battery and grid in a pie chart
Generation profile of Solar PV plant with Battery Storage
A solar PV plant needs to be designed to meet the load requirements of a swimming pool in Australia. The hourly annual irradiation data and the load profile of the swimming pool are collected. Two systems are designed to meet the load requirements. One with solar plant connected to the load & grid and for other battery storage is added in addition to the previous configuration. The MATLAB code produces the solar generation profile, the load requirement, export to the grid (if there is excess generation), consumption from the grid(if low solar generation) and battery charging status. It also shows the load sharing by solar, battery and grid in a pie chart
Generation profile of Solar PV plant with Battery Storage
A solar PV plant needs to be designed to meet the load requirements of a swimming pool in Australia. The hourly annual irradiation data and the load profile of the swimming pool are collected. Two systems are designed to meet the load requirements. One with solar plant connected to the load & grid and for other battery storage is added in addition to the previous configuration. The MATLAB code produces the solar generation profile, the load requirement, export to the grid (if there is excess generation), consumption from the grid(if low solar generation) and battery charging status. It also shows the load sharing by solar, battery and grid in a pie chart
Generation profile of Solar PV plant with Battery Storage
A solar PV plant needs to be designed to meet the load requirements of a swimming pool in Australia. The hourly annual irradiation data and the load profile of the swimming pool are collected. Two systems are designed to meet the load requirements. One with solar plant connected to the load & grid and for other battery storage is added in addition to the previous configuration. The MATLAB code produces the solar generation profile, the load requirement, export to the grid (if there is excess generation), consumption from the grid(if low solar generation) and battery charging status. It also shows the load sharing by solar, battery and grid in a pie chart
Generation profile of Solar PV plant with Battery Storage
4367076
Analysis of weather data from Bureau of Meteorology
Weather Data Analysis and Report Generaiton
Analysis of weather data from Bureau of Meteorology
Weather Data Analysis and Report Generaiton
Analysis of weather data from Bureau of Meteorology
Weather Data Analysis and Report Generaiton
Analysis of weather data from Bureau of Meteorology
Weather Data Analysis and Report Generaiton
4367065
Physical System Modeling, Time Response and Stability - Mass-Spring-Damper mechanical system
Linear Systems & Control - Physical System Modeling
Physical System Modeling, Time Response and Stability - Mass-Spring-Damper mechanical system
Linear Systems & Control - Physical System Modeling
Physical System Modeling, Time Response and Stability - Mass-Spring-Damper mechanical system
Linear Systems & Control - Physical System Modeling
4322975
Rectifiers Ripple Filters Clipper and Clamper Circuits Peak Detector Circuit Low Pass and High Pass Filters
MATLAB - Basic Electrical Circuit Implementation
Rectifiers Ripple Filters Clipper and Clamper Circuits Peak Detector Circuit Low Pass and High Pass Filters
MATLAB - Basic Electrical Circuit Implementation
Rectifiers Ripple Filters Clipper and Clamper Circuits Peak Detector Circuit Low Pass and High Pass Filters
MATLAB - Basic Electrical Circuit Implementation
Rectifiers Ripple Filters Clipper and Clamper Circuits Peak Detector Circuit Low Pass and High Pass Filters
MATLAB - Basic Electrical Circuit Implementation
4294081
Deriving the transfer function for Notch filter. Developed MATLAB code for plotting frequency response & bode plots, observing and comparing outputs for different input signals.
Notch Filter Solving and MATLAB code
Deriving the transfer function for Notch filter. Developed MATLAB code for plotting frequency response & bode plots, observing and comparing outputs for different input signals.
Notch Filter Solving and MATLAB code
Deriving the transfer function for Notch filter. Developed MATLAB code for plotting frequency response & bode plots, observing and comparing outputs for different input signals.
Notch Filter Solving and MATLAB code
Deriving the transfer function for Notch filter. Developed MATLAB code for plotting frequency response & bode plots, observing and comparing outputs for different input signals.
Notch Filter Solving and MATLAB code
Deriving the transfer function for Notch filter. Developed MATLAB code for plotting frequency response & bode plots, observing and comparing outputs for different input signals.
Notch Filter Solving and MATLAB code
Deriving the transfer function for Notch filter. Developed MATLAB code for plotting frequency response & bode plots, observing and comparing outputs for different input signals.
Notch Filter Solving and MATLAB code

Értékelések

Változtatások elmentve
1 - 5 / 14 értékelés látható
Vélemények szűrése ez alapján:
5,0
$3,00 USD
Project for Sujan Kumar K.
Sujan Provided trustworthy work. Thanks a lot
Engineering
Matlab and Mathematica
Electrical Engineering
Clean Technology
+1 további készség
Felhasználó avatár
zászlója Vijay B.
@WebEffx
•
5 évvel ezelőtt
5,0
€300,00 EUR
Electrical Project Writing
I highly recommend Sujan Kumar K. for Writing task/Matlab/Simulink/Electrical Engineering Task. He is really professional. I will hire him again for sure. He is a great freelancer who delivers excellent work within limited time and high quality. I strongly recommend. Furthermore, he is professional freelancer provides perfect work in a challengeable deadline. Work is very good also perfect communication. Definitely hire for next project.
Engineering
Mechanical Engineering
Electrical Engineering
Research Writing
J
zászlója Jay R.
@jay884032
•
5 évvel ezelőtt
5,0
$105,00 USD
Matlab Code
A+, great work, good communication, will hire again
Matlab and Mathematica
N
zászlója K C.
@noyu247
•
5 évvel ezelőtt
5,0
$30,00 AUD
Project for Sujan Kumar K. -- 18/11/15 13:15:12
PROFESSIONAL
CAD/CAM
Algorithm
AutoCAD
Clean Technology
+1 további készség
J
zászlója Josef O.
@Josef2020
•
5 évvel ezelőtt
5,0
$125,00 AUD
Project for Sujan Kumar K.
Outstanding
Electrical Engineering
Energy
Clean Technology
Analytics
+1 további készség
J
zászlója Josef O.
@Josef2020
•
6 évvel ezelőtt

Tanulmányok

M. Tech (Electrical Engineering)

National Institute of Technology Tiruchirappalli, India 2009 – 2011
(2 év)

B.Tech (Electrical Engineering)

National Institute of Technology Warangal, India 2004 – 2008
(4 év)

Végzettségek

IBM Data Science Professional Certificate

Coursera
2020
https://www.coursera.org/account/accomplishments/professional-cert/PCRLCKAM6NEH?utm_source=link&utm_medium=certificate&utm_content=cert_image&utm_campaign=sharing_cta&utm_product=prof The certificate is issued on completing below courses: -Applied Data Science Capstone -Databases and SQL for Data Science -Data Visualization with Python -Python for Data Science and AI -Tools for Data Science -Machine Learning with Python -What is Data Science? -Data Science Methodology -Data Analysis with Python

Publikációk

Power control of grid connected doubly fed induction generator using Adaptive BackStepping approach

IEEE Journal
This paper presents the investigation of decoupled power control of grid-connected doubly fed induction generator (DFIG) based on ABSC technique. The ABSC technique offers stabilizing procedure wherein unwanted cancellation of favourable nonlinearities can be avoided. The proposed controller improves both transient and steady state performances due to the excellent tracking response for the given power references. Numerical simulations are carried out in MATLAB for laboratory DFIG test set up.

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Képesítések

numeracy_1.png Basic Numeracy 1 91%
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Kiemelt készségek

Engineering 8
Matlab and Mathematica 8
Analytics 6
Mathematics 4
Data Science 4

Hasonló szabadúszók keresése

Engineers in India
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Matlab and Mathematica Engineers
Analytics Experts

Hasonló bemutatók böngészése

Engineering
Matlab and Mathematica
Analytics
Mathematics
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