Self Development is The Most Powerful Key
of success

We always do our research to achieve what is beyond and reach the correct and specified details that let the project remarkable , memorable over decades .

Our STORY

Tough times lead to great Stories

On 2016 , We had a new challenge to get into new filed that every single country in the world is heading , it’s renewable energy resources and their applications , so now , our researches are the leading footprint for many to follow their own way of success . and we still searching for more .

First Research

Sci Paper - 2019

Projectable Study for PV Grid Connected System

This paper is dedicated to project the effect of connecting PV grid connected system on power quality through a comprehensive simulation, modeling and control of three phase grid connected solar Photo Voltaic (PV) module. The study considers the effect of variation of power gathered from solar system as well as the introduction of penetrating harmonics into the system by the PV inverter. The simulation of the system is performed in MATLAB software using SIMULINK environment and in real time considering an actual case study are presented. An experimental instrumentation is carried out on 40-kW PV array connected to a 12-kV grid via a three-phase three-level Voltage Source Converter (VSC). The technical data was recorded and the power quality of the system was analyzed. The Performance Ratio (PR) of the grid connected PV system is evaluated to determine the reliability and grid connectivity of the PV system.

Second Research

Sci Paper - 2021

environmental analysis of SMART solar street lighting system

This paper introduces a study on using solar energy instead of fossil fuel energy to light the dark and gloomy streets. An

the sizing of system components as well as simulation of lighting arrangements is performed using DIALUX 4.12 software

This proposed system is designed according to 12 operation hours: 4 h with 100% efficiency, 4 h 75% with efficiency and 4 h

the cost benefit of using solar LED luminaries against normal electric luminaries reaches about 62% and payback period is

can save more than half of the total needed energy, allowing for the use of a small PV system as well financially viable and

environmental impact of CO2

emissions. Furthermore, if the decreasing trend in PV system costs persists and electricity

prices rise, solar lighting systems could be feasible in the future.

Third Research

Thesis - 2021

Power Quality Enhancement of PV Grid Connected System

This thesis is dedicated to study the effect of connecting PV system to the grid through comprehensive simulation, modeling and control of PV system which is connected to the electric government grid, the study considers the effect of variation of power gathered from solar system as well as the introduction of penetrating harmonics to the system.  the simulation is applied in mat-lab software using simulink environment and in real time considering an actual case study is presented.  An experimental instrumentation is carried out on 40-kwp PV station is connected to government 11 kv electricity line and with three-level voltage source converter (vsc). the technical data was recorded and the power quality of the system was analyzed.  while also PV syst software is used with the technical office studies to accomplish the reliability and compare it with the mat-lab results.

Fourth Research

Book - 2022

Management of energy plants – Solar PV training program by eco solar company .

This study is a Practical assessment that has been studied of each part of solar electric power system is going to be explained with some details, also  design and execution for Solar PV Stations , Grid Connected , Isolated , Solar Pumping  Systems . We choose specific papers of sizing  PV systems , measurements for active and reactive power and also harmonics studies to extract their applied techniques and follow their lead and make scientific applicable solution to this thesis main problem . increasing PV demands increases the harmonics to the grid and causes voltage frequency deformations . The standards require that the current fed into the grid should be of high quality with upper limits on its total harmonic distortion (THD) which equals 5% . choose which method is more effective to enhance the power quality adding filter or replacing the two inverters by single unit .

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