Course Overview:
The Solar Energy course represents an excellent opportunity to learn the fundamentals and applications of solar power, aligning them with the growing demands of the renewable energy labor market. This course aims to empower participants by equipping them with the necessary skills and theoretical knowledge to understand solar energy technologies and their practical, beneficial applications. By taking our “Solar Energy Course,” you will stay informed about the latest developments and opportunities in this promising field.
Course Objectives
- Understand the basic concepts of solar energy and how to harness it effectively.
- Identify the different types of solar systems and their most prominent everyday applications.
- Master the theoretical design of Photovoltaic (PV) systems with precision.
- Develop the ability to calculate daily electrical needs and the energy produced by solar panels.
- Learn about solar energy storage methods and battery efficiency.
- Learn how to select the appropriate equipment for various solar energy systems.
- Understand the installation and operation phases of solar energy systems, even without prior practical experience.
Course Curriculum
Day 1: Introduction to Renewable and Solar Energy
- Definition and types of renewable energy.
- The critical importance of solar energy in the 21st century.
- Sources and characteristics of solar radiation.
- Solar energy applications across various sectors (residential, commercial, and agricultural).
Day 2: Components of Solar Photovoltaic Systems
- Explanation of basic solar system components (panels, inverters, batteries, and charge controllers).
- Types of solar panels and their working mechanisms.
- Operating principles and classifications of inverters.
- The role of batteries and charge controllers within a solar energy system.
Day 3: Designing Solar Photovoltaic Systems
- Step-by-step design of small and medium-scale solar systems.
- Calculating the user’s daily electrical load.
- Determining panel capacity and battery size based on energy consumption.
- Conducting preliminary feasibility studies for solar energy systems.
Day 4: System Performance and Efficiency Analysis
- Analyzing the amount of energy produced versus actual consumption.
- Factors affecting solar system efficiency (temperature, tilt angle, and shading).
- A comparison between grid-tied (On-Grid) and off-grid (Off-Grid) systems.
- Reviewing theoretical case studies of solar systems in various environments.
Day 5: Future Applications and Project Management
- The future of solar energy in the Arab region.
- Career opportunities in the renewable energy sector.
- A theoretical introduction to solar energy project management.
- An overview of websites and software tools that assist in designing solar systems.
