Global energy demand keeps rising, and fossil-fuel-based supply keeps getting more expensive and less predictable. Solar power has become one of the most practical answers to that gap — but only when the system behind it is designed, installed, and maintained by people who actually understand how it works.

This program, delivered by the Arab British Fellowship Training Academy, builds exactly that understanding. Participants examine the different types of solar energy systems and their core components, learn how systems are designed and installed for residential, commercial, and industrial projects, and study the technical standards, safety practices, and economic factors that keep a solar installation reliable over its full operating life.

What You Will Be Able to Do:

• Explain the fundamental principles and applications of solar energy.
• Identify the main components of solar energy systems and how each one functions.
• Design solar systems in line with real operational requirements.
• Apply the requirements for installing, operating, and maintaining solar systems efficiently.
• Recognize the technical standards and economic considerations tied to solar energy projects.

Who Should Attend:

• Engineers and technicians working in electrical engineering and renewable energy.
• Professionals involved in designing and implementing solar energy projects.
• Operations and maintenance staff in industrial and commercial organizations.
• Anyone seeking to build professional knowledge of solar energy systems.

Module 1: Solar Energy Principles and Its Role in the Energy Mix

• The concept of solar energy and its importance to the energy sector
• Characteristics of solar radiation and the factors that influence it
• The benefits of solar energy use across different sectors

Module 2: Solar System Types and Core Components

• Grid-connected, off-grid, and hybrid solar system types and their operating characteristics
• Solar panels and their different technologies
• Inverters, batteries, and energy storage solutions

Module 3: Economic Considerations in Solar Projects

• Estimating the cost of solar systems
• Factors affecting economic return
• Evaluating the feasibility of solar energy projects

Module 4: Fundamentals of Solar System Design

• Determining electrical load requirements
• Calculating system power capacity
• Selecting suitable components based on project needs

Module 5: Solar System Installation

• Site requirements for solar installations
• Methods for mounting solar panels
• Main electrical connections within a solar system

Module 6: Safety in Solar Energy Projects

• Electrical safety requirements
• Safety measures during operation and maintenance activities
• Workplace safety standards for solar installations

Module 7: Operating Solar Energy Systems

• Initial system commissioning procedures
• Monitoring performance and power generation
• Key indicators of operational efficiency

Module 8: Maintaining Solar Energy Systems

• Routine maintenance procedures for system components
• Identifying common faults and failures
• Methods for maintaining system efficiency and reliability

Module 9: Modern Trends in Solar Energy Technologies

• Recent developments in solar panel technology
• Innovations for improving solar system efficiency
• The future role of solar energy in the global energy transition