Training: Advanced Solar PV System Design: Off-Grid, On-Grid, Water Pumping Systems, and Safety Solutions

The African Academy for Professionals (AAP) is glad to present the new training on Advanced Solar PV System Design: Off-Grid, On-Grid, Water Pumping Systems, and Safety Solutions for Non-Governmental Organizations (NGOs),  businesses, public institutions and individuals interested in this field.

Course Objectives:

1. Understand Solar Cell Technology: Develop a solid understanding of how solar cells are constructed and how they convert sunlight into electricity.
2. Familiarize with PV System Components: Gain knowledge of the key components in PV systems including solar panels, charge controllers, inverters, batteries, and bidirectional meters.
3. Design Different PV Systems: Learn the design principles for off-grid, on-grid, and hybrid solar systems, as well as solar water pumping systems.
4. Master Protection Mechanisms: Understand the importance and application of protection devices in solar PV systems to ensure safety and reliability.
5. Develop System Optimization Skills: Optimize PV system design by understanding shading, mounting, and performance parameters for maximum efficiency.

Learning Outcomes:

Upon successful completion of this course, students will be able to:

1. Explain the Functionality of Solar Cells: Describe the construction, working principles, and key characteristics of solar cells and panels.
2. Identify and Select PV System Components: Demonstrate the ability to select appropriate solar panels, charge controllers, inverters, and batteries for specific applications.
3. Design and Implement PV Systems: Design off-grid, on-grid, and hybrid solar PV systems based on energy requirements and location-specific considerations.
4. Apply Knowledge of Protection Devices: Implement appropriate protection devices in PV systems to safeguard components and users from electrical hazards.
5. Troubleshoot and Optimize Solar Systems: Analyze system performance data and apply techniques to improve the overall efficiency and lifespan of solar PV systems.

Course Outline

CHAPTER ONE: Introduction to Solar PV Systems

• Overview of Solar Cells and Construction
• Working Principles of Solar Cells
• VI Characteristics of Solar Cells
• Effects of Shading on Solar Panels
• Mounting Methods for Solar Panels
• Solar Panel Parameters

CHAPTER TWO: PV System Components

• Solar Panels: Types and Selection Criteria
• Charge Controllers: Purpose, Types, and Functionality
• Inverters: Functions, Types (String, Micro, Central)
• Batteries and their types: Storage Solutions for PV Systems

CHAPTER THREE: Types of PV Systems and Their Design

• Off-Grid PV Systems: Components and Design Considerations
• On-Grid PV Systems: Integration with the Grid and Sizing
• Hybrid PV Systems: Benefits, Components, and Design
• Solar Water Pumping Systems: Applications and Design

CHAPTER FOUR: Protection Devices and Cable Sizing in PV Systems

• Solar Panel Protection Devices: Fuses, Disconnect Switches
• Charge Controller Protection: Overcurrent and Overvoltage Protection
• Inverter Protection: Surge Protection, Grounding, and Isolation
• Calculating current requirements based on system voltage and power
• Selecting cable size to minimize voltage drop (usually <3%)
• Consideration of distance between components (panels, charge controllers, batteries, and inverters)

We look forward to receiving your application. The deadline for applications is, Offline Class (19th October 2024)

Further Details

Duration: 6 Days (6:30pm – 9:00pm)

Offline Start & End Date: 19th October to 24th October 2024) 

Location Office: Ali Gobannimo Building, 3rd Floor, Togdheer, Hargeisa.

(Register Early -->>Click Here To Register )

Requirement       

Registration Fee: Individual $30

Bank Account Details   

Deposit to Bank: Dahabshiil Bank

Account Name: African Academy for Professionals

Account Number: HRGD75468

Mobile: +252634730610

 ZAAD/WhatsApp: +252634730610

Office Line: 523851

Web: https://www.aapsom.com

Training Facilitator

Eng Mustafe holds a master's degree in Renewable Energy and Power Electronics and has over seven years of practical experience across various sectors, including electrical installations, solar energy systems, and machine repair and rewinding. Throughout his career, He has worked closely with renewable energy companies, electrical machinery companies, and construction companies, gaining in-depth knowledge of both the technical and practical aspects of the industry.

In the field of electrical installations, he has been involved in setting up complex systems for residential, commercial, and industrial projects, ensuring they meet safety standards and operate efficiently. his experience in solar energy includes designing, installing, and maintaining photovoltaic (PV) systems, which has deepened his understanding of renewable energy solutions and their practical applications. Additionally, he has worked extensively on repairing and rewinding electrical machines, demonstrating his attention to detail and technical expertise.

Beyond his hands-on experience, he is also a lecturer at University of Hargeisa, where he has the privilege of teaching and mentoring students in electrical engineering.