Syed A. Profile

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(1 recenze)

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$10 USD / hodinu

islamabad,

pakistan

$10 USD / hodinu

Aktuálně je zde 1:54 odp.

Připojil se května 21, 2013

1 Doporučení

Syed A.

@sumaidali

5,0

(1 recenze)

2,0

100%

$10 USD / hodinu

islamabad,

pakistan

$10 USD / hodinu

100 %

Úspěšně realizované projekty

100 %

V rámci rozpočtu

100 %

Včas

Nedostupné

Poměr opětovného zaměstnání

Power Electronics Guru & Expert in Matlab & PCB.

I have more than 10 years experience in following domains: (1) Expert in complete cycle from "complete simulation design of power system in matlab" to "research paper and thesis writing" (2) Matlab/proteus/solarsys simulation to validate the design. (3) Orcad/proteus/altium pcb designing. (4) Microcontroller coding. (5) 3d design and printing of finished product. (6) Solar system designing and installation. (7) Graphic designing and video editing. (8) power system simulation in matlab/pscad/power factory. (9) Excellent user of MS office tools. (10)

Zobrazit všechny Matlab and Mathematica Engineers v Pakistan

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Portfolio

7256662

Facial Recognition using Convolutional Neural Networks and I

7256657

Finite Control Set Model Predictive Control for Parallel Con

4245559

this is the simulation of fuzzy logic controller for microgrid.

Fuzzy logic controller for Microgrid in Matlab

7256662

Facial Recognition using Convolutional Neural Networks and I

7256657

Finite Control Set Model Predictive Control for Parallel Con

4245559

Fuzzy logic controller for Microgrid in Matlab

Recenze

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5,0

$100,00 USD

Project 27419476 has been deleted

With Respect and Regards Great and expert Matlab professional i have ever met especially he stood on his words and complete the project on very time and very good in communication strongly recommend to hire him and will do again

Mushtaq A.

@ma5099

•

před 3 roky

Zkušenosti

Private Company

úno 2011 - Současnost

My responsibilities are as follows: (1) Power solution for different projects. (2) PCB design and fabrication. (3) Specialization in Solar and Wind solutions.

Vzdělání

PhD (Electrical Engineering)

Bahria University,

Pakistan

2017 - 2023

(6 roků)

Kvalifikace

REAP

2014

I am a certified solar designer and installer from REAP(Renewable Energy Association of Pakistan).

Skill Development Council

2015

I am a certified PCB designer in Altium from Skill Development Council.

Publikace

MPC for parallel connected online ups system under unbalanced and nonlinear loads

Energies

In this paper, the finite control set model predictive control (FCS–MPC) technique-based controller is proposed for the inverter of the uninterrupted power supply (UPS) system. The proposed control strategy was implemented for the single inverter of the UPS system. The simulation results showed that total harmonic distortion (THD) for the linear load was 0.9% and THD for the nonlinear load was 1.42%.

MPC for three phase rectifier with grid connected and standalone mode of operation

2021 31st Australasian Universities Power Engineering Conference (AUPEC), 1-7

This paper presents a finite control set based model predictive control (FCS-MPC) for renewable energy based three phase active front end rectifier in both standalone and grid connected mode. The proposed MPC algorithm enables the rectifier to regulate voltage in standalone mode and power sharing in grid connected mode. The authors propose MPC as being a non-linear control, it offers constraint inclusion feature and wide dynamic response range.

MPC Based distributed control algorithm for BIC in hybrid microgrids

International Transactions on Electrical Energy Systems

This paper proposes MPC-based distributed control algorithm that will analyze grid conditions, and it would designate BIC to regulate the highest deviated parameter (AC/DC voltage or current) in all nonlinear conditions by performing multivariable optimization using variable control scheme in MPC. MPC being a nonlinear control technique having an excellent dynamic response and constraint inclusion feature.

Analysis of Wind Energy Potential and Optimum Wind Blade Design for Jamshoro Wind Corridor

Mehran University Research Journal of Engineering

In this paper a wind blade design has been developed and optimized for Jamshoro wind corridor. Considering the Jamshoro wind conditions, blade of around 43 meters have been designed and optimized theoretically. For low wind speeds, theoretical results and simulated results in Q-blade were almost same but for high wind speeds, results were significantly different due to limitation of iterations in theoretical design.