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Solar Energy Fundamentals

2 mins read

Build a strong foundation in solar energy and photovoltaic technology. This course introduces the key concepts, components, system configurations, and basic principles used in solar power systems.

Course Overview

This introductory course provides employees with a practical understanding of photovoltaic systems and how solar energy is converted into usable electrical power.

Course Topics


    • Introduction to solar energy
    • Solar photovoltaic principles
    • PV modules and components
    • Solar inverters
    • PV system configurations
    • Grid-connected and off-grid systems
    • Basic system design principles
    • Installation fundamentals
    • Operation and maintenance
    • Electrical and workplace safety

Course Materials



Course Introduction PDF

Complete the training materials and knowledge check to finish this course.

Complete Course

Solar PV Fundamentals PDF

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Solar PV Training Video

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PV System Design Presentation

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Knowledge Check

Complete the training materials and knowledge check to finish this course.

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Course Completion


Complete the training materials and knowledge check to finish this course

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Module 1 — Introduction to Solar Energy


Solar energy is energy obtained from the radiation emitted by the Sun. It is one of the most important renewable energy resources because sunlight is widely available and can be converted into useful electrical or thermal energy.

Learning Objectives


    • Understand what solar energy is.
    • Explain why solar energy is considered renewable.
    • Understand the difference between solar photovoltaic and solar thermal technologies.
    • Identify the main advantages and limitations of solar energy.
    • Understand the basic process of converting sunlight into electricity.

How Solar PV Works


Photovoltaic (PV) systems convert sunlight directly into electricity using semiconductor materials. When sunlight reaches a PV cell, it generates an electrical current. Multiple cells are combined to form a PV module, and multiple modules can be connected to create a complete solar array.

  • 1. Sunlight

Solar radiation reaches the photovoltaic modules.

  • 2. PV Cells

The cells convert sunlight into direct-current (DC) electricity.

  • 3. Inverter

The inverter converts DC electricity into alternating-current (AC) electricity.

  • 4. Electrical Loads

The electricity can be used by equipment and appliances within the facility.

  • 5. Storage / Grid

Excess energy can be stored in batteries or exported to the electrical grid, depending on the system configuration.

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Quick Check


What type of electricity is produced directly by photovoltaic cells?

  1. AC electricity
  2. DC electricity
  3. Mechanical energy
  4. Thermal energy

Correct answer: B — DC electricity