The Solar Energy & Photovoltaic Systems course provides participants with a practical understanding of solar energy technologies, photovoltaic (PV) systems, system design, installation, operation, maintenance, and project development. The course examines the principles behind solar energy conversion and the components and applications of modern solar PV systems.

Participants will gain knowledge of different solar technologies, solar resource assessment, PV system configuration, energy storage, system performance, and maintenance. The program also introduces the economic, regulatory, environmental, and project-development considerations associated with solar energy deployment.

The training is designed to provide both technical and practical knowledge that participants can apply in renewable energy projects, energy management, infrastructure development, rural electrification, and sustainable energy initiatives.

Who Can Attend the Training?

This course is suitable for:

• Energy and renewable energy professionals
• Electrical and mechanical engineers
• Engineering technicians and technical officers
• Solar energy technicians and installers
• Energy managers and sustainability professionals
• Project managers and project development professionals
• Government officials working in energy and infrastructure
• Professionals in utilities and power companies
• NGO and development-sector professionals
• Consultants working in energy and sustainability
• Financial and investment professionals involved in energy projects
• Environmental and climate change professionals
• Facility and infrastructure managers
• Entrepreneurs and business professionals interested in solar energy
• Professionals seeking to develop or strengthen their knowledge of solar PV systems

Objectives of the Training

By the end of the training, participants should be able to:

1. Understand the principles of solar energy and photovoltaic power generation.
2. Identify major solar PV technologies, components, and system configurations.
3. Assess solar resources and understand the key factors involved in selecting a suitable solar installation site.
4. Understand the basic principles of solar PV system sizing and design.
5. Understand the installation, commissioning, operation, and maintenance of solar PV systems.
6. Evaluate the role of batteries and energy storage in solar energy systems.
7. Identify common solar PV system performance problems and basic troubleshooting approaches.
8. Understand the key technical, financial, environmental, and regulatory considerations in solar energy projects.
9. Assess opportunities for applying solar energy technologies in different residential, commercial, industrial, and off-grid contexts.
10. Understand emerging developments and future trends in solar photovoltaic technology.

Course Outline

Module 1: Fundamentals of Solar Energy

• Introduction to renewable and solar energy
• Global energy transition and the role of solar power
• Solar energy resources and characteristics
• Solar radiation and irradiation
• Direct, diffuse, and global solar radiation
• Solar resource assessment
• Peak sun hours and solar energy potential
• Solar energy applications
• Grid-connected, off-grid, and hybrid systems
• Overview of solar photovoltaic and solar thermal technologies

Module 2: Solar Photovoltaic Technologies and Systems

• Principles of photovoltaic energy conversion
• PV cells, modules, and arrays
• Types of photovoltaic technologies
• Monocrystalline, polycrystalline, and thin-film technologies
• Solar PV system components
• Inverters and power conversion
• Mounting and support structures
• Charge controllers
• Batteries and energy storage
• Protection, cabling, and balance-of-system components
• Grid-connected PV systems
• Off-grid and standalone systems
• Hybrid solar energy systems
• Rooftop, commercial, and utility-scale solar systems

Module 3: Solar PV System Design, Installation and Commissioning

• Solar PV system design principles
• Energy demand and load assessment
• Solar PV system sizing
• Inverter selection and sizing
• Battery sizing and storage requirements
• Site assessment and selection
• Solar orientation and tilt angle
• Shading assessment
• Roof and ground-mounted systems
• Electrical and structural considerations
• PV installation procedures
• Wiring, connections, earthing, and protection
• System testing and commissioning
• Installation quality control and safety

Module 4: Solar PV Operation, Maintenance and Performance Management

• Solar PV system operation
• Preventive and corrective maintenance
• PV module inspection and cleaning
• Inverter operation and maintenance
• Battery maintenance and management
• Monitoring and performance measurement
• Solar PV system efficiency
• Energy yield and performance indicators
• Identifying system losses
• Fault detection and troubleshooting
• Remote monitoring technologies
• Maintenance planning and documentation
• System lifecycle management

Module 5: Solar Energy Project Development, Economics and Emerging Trends

• Solar PV project identification and development
• Feasibility studies and site assessment
• Technology selection
• Solar project planning and implementation
• Procurement and contractor management
• Solar PV project costs and financial considerations
• Project financing and investment
• Power purchase agreements
• Climate finance and green finance
• Solar energy policies and regulatory requirements
• Environmental and social considerations
• Rural electrification and energy access
• Solar-plus-storage systems
• Floating solar and agrivoltaics
• Building-integrated photovoltaics
• Smart solar systems and digital monitoring
• Emerging trends in photovoltaic technology