Professional PV Designer (PPVD)

Description

Solar Power Plant Design Course Contents

1. Fundamentals of Electrical Engineering.

2. Study of Solar Radiation Types and Angles.

3. Working Principle of the Solar Cell.

4. Available Solar Cell Technologies.

5. Mechanism of Selecting the Type of Solar Cells.

6. Electrical Properties of Solar Cells.

7. Factors Affecting the Performance of Solar Cells.

8. Effect of Shading on Solar Cells.

9. Methods of Connecting Solar Panels.

10. Reading the Data Sheets of Both Solar Panels and Inverters.

11. Understanding the Certified Test Certificates for Both Solar Panels and Inverters.

12. Types of Solar Power Plants.

13. Design of a Grid-Connected Solar Power System.

14. Methods of Connecting a Grid-Connected Solar Power Plant.

15. Code Requirements for Connecting Solar Power Plants to the Low Voltage Grid (for plants less than 500 kW).

16. Regulations and Laws Governing the Accounting of Production from Grid-Connected Solar Power Plants According to the Type of Output Connection.

17. Implementation Procedures for Solar Power Projects with Capacities Below 500 kW.

18. Design of an Off-Grid Solar Power System.

19. Conducting the Economic Feasibility Study for Establishing a Solar Power Plant.

20. Recommendations for Expanding the Use of Solar Energy.

Importance of the Solar Power Plant Design Course

1. Training participants on most topics related to solar power plants, with a link between theoretical and practical aspects.

2. Preparing individuals with the ability to integrate into professional life and the job market.

3. Raising awareness of renewable energy sources and the potential for utilizing them.

4. Creating job opportunities in the field of solar power plant construction, while providing trainees with a file containing the names of companies operating in the field for communication.

5. Identifying the target groups of the training:

   • Engineers

   • Engineering Students

   • Technologists

   • University Graduates

   • Diploma Holders (Above-Intermediate Education)

   • Individuals interested in working in the solar energy field

6. Providing full knowledge of designing all types of solar power plants (grid-connected and off-grid).

7. Understanding all components, documents, and test certificates related to solar panels and inverters required by the implementing company for plant construction.

8. Learning about all the documents required from clients wishing to establish a solar power plant.

9. Familiarity with the requirements of renewable energy engineers in distribution companies for receiving solar power plants according to the low voltage grid code (for plants less than 500 kW).

10. Graduating trainees capable of integrating into the job market within companies implementing solar power plants.