الفهرس 
Chapter 1: IntroductionOnly 14 pages are availabe for public view
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Abstract
The water pumping framework is a strict vitality procedure. However, the preservationist pumping frameworks remain controlled from non-renewable energy sources. The expenses of non-renewable energy sources are combined and cause extra stinging to the earth with high contamination and ozone-depleting substance discharges. As of late, sun-based vitality is utilized to give power to water siphoning frame works in the disengaged far off region in numerous nations.
Egypt proceeds as a promising nation for creating electric vitality from the sun since it has a unique number of daylight hours lasting through the year with higher light levels. The circulation of all parts of radiation and their proportions over the examination stations in Egypt is likewise talked about. The outcomes display that Egypt is described by moderately high typical normal radiation rates, both worldwide and direct, and a generally high recurrence of splendid days. Cairo, because of its urbanization and high contamination, has moderately low typical day by day radiation rates, especially in direct radiation, and the recurrence of brilliant days. Also, the utilization of the vector control hypothesis with induction machines outcomes in enhancing the control features for the superior applications.
The aim of this thesis is to study, design, control and performance analysis of PV modules for water pumping system as follows:
This thesis presents the PV pumping framework dependent on PV exhibit, DC capacitor, a voltage source converter, induction motor, and maximum power point (MPPT) strategy. Moreover, vector control has been applied in order to control the motor and water tank stockpiling rather than batteries.
In this thesis, vector control drive in order to control a PV pumping system to estimate the MPP is presented. The core contributions of the presented work are to implement the single stage MPP tracking system. Additionally, the results validate the effectiveness of the planned PV pumping system. The MPP of PV for vector control of induction motor (IM) driving water is achieved.
This thesis implements and analyzes the maximum power point tracking (MPPT) in one stage. The vector control scheme for an IM has been introduced to improve the reliability of the PV system. Furthermore, the Adaptive incremental conductance (AINC) method has been applied to track the MPP of the PV plant. Additionally, the principles of vector control of an IM are used for voltage source inverter fed induction motor pumping system.
The control scheme is simulated and validated considering the environmental conditions such as solar radiation and temperature. The scheme has been validated through MATLAB/SIMULINK. The obtained results and analysis authorize that, the proposed control system is accurate and effective. In addition, the results show that, the induction motor drive is stable during dynamic and steady-state conditions.