Solar Pumping Design Course - IAREEE
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Solar Pumping Design Course

 solar Pumping off grid binder

 Course Code:   SI-103
 Duration :   5 Days | 20hr
 Type:   Design
 Attendee’s:   Engineers




SOLAR PUMPING & OFF-Grid system design course overview:

Due to the significant growth in reclaimed lands far from the electricity sources deep in the desert in Egypt, such as the New Valley, Dakhla and Kharga, the need for solar energy systems for irrigation and living has become a basic requirement recently. Due to the sensitivity of these systems and the dependence of their owners on them as a main resource for the continuity of their business, IAREEE offers this course that aims to develop the capabilities of institutions and individuals about designing solar energy systems installed outside the government electricity network ( OFF-Grid ) and SOLAR Pumping systems to provide water supply in the reclaimed lands and to ensure the our national target in providing arable water. As well IAREEE will focus on developing relevant technical skills and knowledge of technologies to face challenges in planning, design, implementation, monitoring, quality control and operation of solar drinking water pumping systems.


Topics Include

  • Introduction To Renewable Energy and fundamentals of solar energy and photovoltaics
  • Basics of Solar Electricity
  • Overview of PV Systems
  • Components: PV cells and modules Theory of operation, manufacture, types,characteristics, standards
  • Hands-on exeresis on photovoltaic training simulator rig
  • Balance Of System components of PVsystems (cables, structure, grid components, protection equipment, earthing,..)
  • Site Analysis
  • Understand water hydraulics and engineering fundamentals
  • Develop water-well relationships and calculations
  • Learn solar modules fundamentals and calculations
  • Identify solar water pump types and uses
  • Understand water well components and appurtenances
  • Learn the various water storage systems and storage components
  • Understand pressure tanks and pressure switch design
  • Explore alternative solar water pump techniques
  • Review four different example pumping systems
  • Identify the use and economics of solar water pumping
  • Practical project design example.



The candidate must posses’ basic technical background in power engineering, electrical, electronic engineering, or other related fields at Diploma or Degree levels

  • Electrical / Mechanical Engineers
  • SOLAR Industry professionals
  • Developers Technical Engineers
  • Government agencies engineers
  • Electromechanical Consultants
  • Sustainability managers
  • Engineering Students
  • Project managers engieers 



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