Course Content
Module 1: The Solar Resource
About this module
The main input that enables solar panels to generate electricity is the sun. In this module,
students are introduced to the concept of converting energy from the sun into electricity.
Learning outcomes
At the end of this module, the participant is able to
 Explain how the solar resource is distributed across Nigeria’s climate zones
 Understand the basics of solar photovoltaics
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Meet the Instructor
01:55 -
01:49
-
Introduction to solar energy and solar radiation
23:28 -
Solar Resources in Nigeria
19:05 -
The Photovoltaic Effect
19:20 -
Photovoltaic Technology and Solar Cells
23:56 -
Characteristics of Photovoltaic Cells
17:52 -
01:27
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Solar Resources Assessment
Module 2: Workplace Safety
Accidents can happen during the installation of solar systems. This module provides students
with necessary information to work safely and provide first aid in the event of injuries
during installation.
Learning outcomes
At the end of this module, the participant is able to
 Demonstrate familiarity with common workplace safety rules and regulations
 Assess possible health and safety threats and describe how to avoid them
 Identify the different types of protective clothing and equipment
 Identify the different methods of extinguishing fires
 Recognise the signs and symbols for work safety
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Meet the Instructor
02:17 -
04:28
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Hazard, Risk and Danger
10:39 -
Personal Safety
09:05 -
Working at Heights
05:36 -
Lifting
07:24 -
Fire Hazard
07:18 -
Site Safety
05:44 -
Injuries and First Aid
10:14 -
Module Outro
02:24 -
Workplace Safety Assessment
Module 3: Basics of Electricity
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Meet the Instructor
04:48 -
00:57
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What is Electricity
05:57 -
Electricity terminology
00:53 -
Current, Voltage and Resistance
10:22 -
Power, Power Formular and Ohms Law
12:49 -
Understanding the subject of formulae
08:31 -
Power formula exercise video
03:40 -
Voltage formula exercise video
03:14 -
Current Formula Exercise Video
02:54 -
Resistance formula exercise video
04:14 -
Electric charge and Energy
08:38 -
Types of Electricity
08:48 -
Power conservation exercise video
03:24 -
Summary of units and formulas for electricity terminologies
02:20 -
Series and Parallel Connections
06:25 -
Series and Parallel Connections exercise video
06:41 -
Series and Parallel Combinations
04:25 -
Series and Parallel Combinations exercise video
10:18 -
Series and Parallel – Formula Approach
01:58 -
Series and parallel connections assignment
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Basics of Electricity Assessment
Module 4: Components of solar photovoltaic system
A solar system consists of various components, each with a specific function. For technicians
to successfully install home back-up systems that run on solar energy, they need to understand
the importance of these components, their functions within the system, and how they
are interconnected. This module describes the individual components and their functions.
Learning outcomes
At the end of this module, the participant is able to
 Describe the basic functions of the components of a solar system
 Identify the different configurations for solar
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Solar Modules – What affects solar panel energy output
11:00 -
Solar panels capacity, types and innovation
15:38 -
Comparison of types of solar panels
08:38 -
Characterization of Solar Modules
13:34 -
Solar panel array connection
04:32 -
Array power output and mismatching
05:53 -
Solar Modules Lesson Quiz
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PV System Controllers – Solar Charge Controllers Specifications
15:49 -
Types of Solar Charge Controllers
16:23 -
Solar Charge Controllers – Charging Modes
06:23 -
Solar Charge Controllers – Automatic Equalization
05:10 -
Load Controllers
06:23 -
PV System Controllers Lesson Quiz
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Batteries – Types and Classification of Batteries
10:25 -
Types of Lead Acid Batteries
10:12 -
Battery Specifications
05:44 -
Knowing the battery charge level
07:19 -
Battery Discharge Level
05:10 -
Battery Life
07:22 -
Batteries at rest/in storage
06:49 -
Battery Bank Connection
03:44 -
Mismatching Batteries In A Battery Bank
09:27 -
Battery Care
06:55 -
Batteries Lesson Quiz
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Inverters and Inverter Efficiencies
06:19 -
PV Inverters
09:06 -
Classifications of Inverters
01:24 -
Classification of inverters – by waveform
06:01 -
Classification of inverters – by output power rating
10:26 -
Classification of inverters – by application
01:33 -
Battery Inverters
12:37 -
Classification of battery inverters
08:49
Solar Photovoltaic System Configuration
Solar power systems can be installed in a variety of configurations which are dependent on
the location and application. This module introduces students to the different configurations
for solar power systems and the components required to achieve them.
Learning outcomes
At the end of this module, the participant is able to
 Identify the various configurations of solar power systems
 Suggest an appropriate configuration for a solar power system based on application
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Solar PV system configuration
37:20
Basic System Sizing
In order for an installer to successfully install a 1 kWP solar system, they need to understand
how to select the appropriate components for the system.
Learning outcomes
At the end of this module, the participant is able to
 Analyse the requirements of a solar PV system
 Select appropriate system components to achieve expected outputs
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Module Intro
04:34 -
Electrical Loads
13:18 -
Energy and Load Assessment Calculation
23:57 -
Energy requirement/load assessment assignment
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Inverter Sizing and Selection
14:57 -
Battery Sizing
17:47 -
Battery sizing assignment
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Estimating solar resource and sizing solar array – 1
18:10 -
Solar array sizing – 2
10:17 -
Solar array sizing assignments
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Charge controller sizing
05:22 -
Cable sizing
12:17 -
Optimising the system and module outro
06:45
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₦50,000
₦60,000
- Intermediate
- 18 Total Enrolled
- April 29, 2022 Last Updated
- Certificate of completion
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Material Includes
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