Learning Outcomes

Energy Scenarios

Solar Energy Conversion Devices and Applications

Propagation of Radiation from the Sun to the Earth

Lesson Summary

This module explains what solar energy is, how it reaches the earth, and how it is harnessed for human use. You will learn about the geometry and physics of the sun and the earth as well as their relationship. You will also learn about the different forms in which solar energy reaches us and receive an overview of how we can collect and store solar energy for maximum utilization.

Measurement of Solar Radiation

Introduction to Solar Radiation Geometry

Solar Radiation Geometry of Horizontal and Tilted Surfaces

In this module, you will learn how to measure and calculate solar radiation on any part of the earth, beginning with the various terms and definitions associated with Solar Geometry, particularly the different angles and their relationships. You will also learn about the different radiation-measuring instruments and tools, such as the sun-path diagrams. Some numerical problems will help you understand the calculations involved.

Estimation of Radiation Under Different Climatic Conditions

Estimation of Radiation on Horizontal and Inclined Surfaces

This module is about the estimation of solar radiation on horizontal and inclined surfaces, under different climatic conditions. You will learn some empirical equations for predicting the availability of solar radiation. You will also learn how to calculate the monthly average of daily and hourly, global and diffuse radiation.

Diploma in Solar Energy Engineering - First Course Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of the first three modules from the following course:

• Diploma in Solar Energy Engineering

If you do not achieve the required grade after the first attempt, you can retake the assessment until a successful outcome is achieved.

PV Cells

Semiconductor Physics

Performance Characterization of PV Cells

Photovoltaic Modules and Arrays

In this module, you will learn the basics of solar photovoltaic systems, starting from their construction to the principle of working, and the challenges of their proper functioning. You will get a fair idea about the methods employed worldwide to maximize the output of electricity generation from solar power. You will also learn about the recent developments in solar energy conversion techniques through the 3rd generation of PV modules.

System Components

System Design

In this module, you will learn all about standalone (off-grid) photovoltaic systems. This includes the standard components and their specifications, design considerations, and utility. You will also be presented with numerical examples to strengthen your understanding of the selection of the right components and the process of designing a complete system.

Functioning and Components

Performance Analysis

This module covers the design and construction of grid-connected photovoltaic systems. You will learn about the components of the system and their specifications, design parameters, and functioning. You will also learn how to analyze the performance of the system once designed. Numerical examples will help you strengthen your understanding of the selection and matching of the right components.

Diploma in Solar Energy Engineering - Second Course Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of modules 4, 5, and 6 from the following course:

• Diploma in Solar Energy Engineering

If you do not achieve the required grade after the first attempt, you can retake the assessment until a successful outcome is achieved.

Diploma in Solar Energy Engineering - Course Assessment

In this free engineering course, you will learn about harnessing solar energy, photovoltaics and solar installations.

Diploma in Solar Energy Engineering

You will learn how to design photovoltaic (PV) systems for the conversion of solar energy into useful electrical energy for both stand-alone and grid-connected systems. You will also study solar radiation and its geometry to be able to extract the maximum energy out of solar radiation at a given location. The comprehensive course material also covers solar thermal devices.

Introduction to Solar Energy

Fundamentals of Solar PV Energy

Solar Thermal Energy Systems

Design and Installation of Solar Energy Systems

Energy Storage and Grid Integration

Emerging Solar Technologies and Innovations

In this module, we will go through an introduction to solar energy technology. We will cover the basic concepts of solar PV energy and thermal energy systems. The design and installation process of solar energy systems will be examined along with grid integration and energy storage. Emerging solar technologies and innovation will also be discussed.

The Basic Concepts of Solar Energy - Course assessment

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The Basic Concepts of Solar Energy

In this course on solar energy, we delve into the rudimentary concepts of solar energy and its key benefits and challenges. Solar technology offers a great alternative in a world that is constantly depleting its energy resources with each passing year and global warming becoming an increasing threat. Enrol in this course today to get a comprehensive overview of the types of solar energy options along with what the future holds for the technology.

Fundamentals of Renewable Energy

Types of Renewable Energy - Part 1

Types of Renewable Energy - Part 2

This module will introduce you to the importance of renewable energy and how it can ensure a sustainable energy future. You'll learn about the conceptual foundations underlying various renewable energy sources. We'll show you the financial and environmental considerations for renewable projects and the limitations of renewable technology.

Renewable Energy Management - Course assessment

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Renewable Energy Management

Are you passionate about shaping a sustainable future and want to play a role in the rapidly expanding field of renewable energy? This course explores the significance of renewable energy and its crucial role in mitigating climate change. Discover various renewable energy sources, including hydropower, wind energy, and biomass, and the fundamental techniques for harnessing electricity from these sustainable sources.

Solar Radiation

The Possibilities of Solar Energy

The Radiation Process

Temperature Variations Around The World

In this module, you will be introduced to the capacity of solar energy to satisfy worldwide energy needs. This will include the calculation of how much energy is coming from the sun. Then, you will learn about solar radiation as the main source of renewable energy for the world. Next, you will learn about the phenomena related to the absorption of solar energy and the importance of maintaining a delicate balance of CO2 in the atmosphere and the impact on the intensity of solar energy received.

Electromagnetic Radiation

Radiation Coming From Stars

Solar Flat Plate Collector

Harnessing Solar Energy

In this module, you will be introduced to the electromagnetic spectrum, the distribution of the energy radiated by a light source. Then, you will learn about The Planck constant a physical constant that plays a central role in the theory of quantum mechanics. You will study the background radiation of the universe and its characteristics. You will be taught the ways we can harness solar energy such as thermal conversion and photovoltaic conversion.

Imaging and Non–Imaging Concentrators

Solar Tower and The Semiconductor

Radiation and Associated Aspects

The p-n Juction

In this module, you will be introduced to the principles of imaging concentrators and non–imaging Concentrators. This will include their orientation through the seasons. You will learn how to track the sun and harness solar energy effectively. Then, you will study the process of capturing solar energy using the photovoltaic approach and how the Fermi energy is integrated into the energy level of the electrons. Finally, you will learn about the intrinsic semiconductor.

Solar Energy - First Assessment

This module presents the assessment for the first two modules of the Certificate Course: Solar Energy.

Discussion about The p-n Junction

Fermi Energy and Solar Cell

Single Silicon Crystals and Solar Energy

Solar Cell Based on The p-n Junction

In this module, you will be introduced to the characteristics on the p-n junction. This will include what happens when both materials are charged neutral. You will learn the techniques and the method to manufacture the p-n junction. Then, you will learn the purification of the single silicon crystal produced, its cutting process and the different applications. You will finish this module by learning how the p-n junction responds to the arrival of radiation.

Solar Cell and The p-n Junction

Diode Voltage and Diode Current

Solar Cell Construction

Silicon Cell and Photocatalysis

Approach to Tackling an Electron-Hole

In this module, you will be introduced to the orientation of the solar cell related to the orientation with the band diagram. This will include the definition and functions of the depletion layer. Then, you will learn the basic behaviour of the charge carriers inside the semiconductors and the efficiency aspects of a solar cell. You will study the solar photocatalysis and compare it with solar thermal and the solar photovoltaic processes.

Solar Energy - Second Assessment

This module presents the assessment for the last three modules of the Certificate Course: Solar Energy.

Diploma in Solar Energy - Assessment

Explore the enormous potential of solar energy and see how to make better use of sunlight with this free online course.

Diploma in Solar Energy

This free online course gauges the potential of solar energy to satisfy the world's energy needs. We explain various phenomena related to the absorption of solar energy and the importance of maintaining the delicate balance of carbon dioxide (CO2) in the atmosphere. We also study the background radiation of the universe and its characteristics and conclude by teaching you the photovoltaic process of capturing solar energy.

Sustainable and Renewable Energy Technologies

Energy Preservation, Policy and Economics

Energy Storage and Emerging Technologies

This module introduces sustainable energy, covering its principles and significance. It explores renewable energy technologies, techniques for energy reduction and preservation, policy frameworks, and economics. It also outlines and discusses an understanding of emerging sustainable energy technologies and their integration.

Renewable Energy - Technologies and Storage - Course Assessment

This free online course explores sustainable practices for energy conservation, its policies and emerging technologies.

Renewable Energy - Technologies and Storage

As new and advanced sustainable energy technologies continue to emerge, so too do the policies governing their implementation. This course explores the principles underlying sustainable and renewable energy conservation and storage. It covers policies, economics, and emerging technologies in this field. Enroll in this course to gain insights into the best practices and policies for integrating sustainable energy solutions.

Hydroelectric and Wind Power

Ocean Power and Bioenergy

Geothermal Energy, Solar Energy and Energy Storage

Renewable Energy and Their Sources

This module begins by exploring renewable energy sources and the physical laws of energy. We’ll learn about hydroelectric power plants and wind energy, including wave power, bioenergy and geothermal energy. On top of that, you’ll learn about solar energy, energy storage systems, challenges and grid integration of renewable energy sources.

Renewable Energy Fundamentals - Course Assessment

Discover how sustainable power sources can shape and promote a greener future in this free online course.

Renewable Energy Fundamentals

Are you tired of hazardous and toxic energy sources? Do you want to transition to utilising eco-friendly and environmentally sustainable energy sources? This course will introduce you to the world of renewable energy and explore the fundamental principles of environmentally friendly power generation. You will learn about various renewable energy sources, including hydroelectric, wind, ocean, bioenergy, geothermal, and solar energy.

Introduction to Solar Energy Technology Systems

What Solar Power Looks Like

Solar Power Worldwide

In this module, learn about the many ways that solar power can be used and the technologies that are used to harness the energy of the sun. Learn about what solar power looks like in different situations and who the world leaders in solar power are.

Why Solar and What is Preventing It?

The Installation of PV Systems: An Overview

How to Encourage Solar Energy

In this module, learn about the consequences of fossil fuels and the barriers to the expansion of solar energy. Furthermore, learn what you need to know when installing a PV system. Lastly, learn about the ways that solar can be encouraged to, hopefully, reduce the use of fossil fuels in the world.

Solar Energy - Solar Technology and Its Use Worldwide - Final Assessment

This free online course explains the use of solar technology to avoid the consequences of over-reliance on fossil fuels.

Solar Energy - Solar Technology and Its Use Worldwide

This course teaches you about solar technology and its ability to combat the effects of global climate change. As fossil fuels become less profitable and sustainable, renewable energy has emerged as the obvious answer to ecological sustainability. Despite its importance, solar power generation technologies are rare and poorly understood. Sign up for this course to take your place on the front lines of the fight against climate change.

Solar Energy and PV System

Components of a PV System

Adding Solar Power to the Grid

This module introduces the components of solar energy systems and photovoltaic systems. You'll explore the applications of solar energy and battery technologies for storing solar power, as well as gain insights into the challenges and solutions for integrating solar power into the grid, alongside advancements in solar cell technology.

Solar Energy and Photovoltaic System Technologies - Course Assessment

Learn about solar power and components for setting up a grid-connected photovoltaic system in this free online course.

Solar Energy and Photovoltaic System Technologies

This course offers an exploration of solar energy fundamentals and the technology behind photovoltaic (PV) systems. It covers system components, installation procedures, and the complexities of integrating solar power into the electrical grid as well as setting up solar-powered grid systems. Additionally, it provides insights into advanced smart grid technologies. Enroll now to deepen your knowledge of solar-powered grid systems.

Manufacturing of Si

Generation 2 Technologies - Part 1

Generation 2 Technologies - Part 2

In this module, you will be introduced to the manufacturing of silicon, production of metallurgical grade silicon, semi-conductor grade silicon, the Siemens process. You will also be introduced to deposition methods, manufacturing of CdTe solar cells, spray deposition, process improvements in CdTe solar cells, and CIGS manufacturing.

Generation 3 Technologies - Part 1

Generation 3 technologies - Part 2

In this module, you will be introduced to third generation PV technologies, organic solar cells, conductivity in materials, normal P-N junction cell. You will also be introduced to the theory of single layer devices, design in organic solar cells, bi-layer solar cells, bulk hetero-junction solar cells, dye sensitized solar cells, and issues with organic solar cells.

Evolution of Solar PV Technologies - Course Assessment

Learn about the manufacturing processes of solar photovoltaic technologies in this free online course.

Evolution of Solar Photovoltaic Technologies

This free online solar photovoltaic technologies course will introduce you to the second evolution in solar PV technologies, different grades of silicon, and CdTe solar cell production. Start the course and learn about solar PV technology such as conductivity in materials, organic solar cells device design, bi-layer solar cells, bulk hetero-junction solar cells, and exciting dye sensitized solar cells.

Fundamentals of Solar Radiation and Solar Cells - Course Assessment

This free online course explains how solar photovoltaic and solar radiation conversion can provide renewable energy.

Fundamentals of Solar Radiation and Solar Cells

This free online course takes you through the techniques used by scientists and engineers to estimate the quality and quantity of solar radiation received on Earth. This data then helps them to devise the best means and locations to capture the maximum possible energy from the sun. We examine various devices, particularly solar photovoltaic (PV) systems, to demonstrate how they are cleverly engineered to convert solar radiation into electricity.