Advanced Solar Systems Training in Nigeria

This course is designed to provide a comprehensive understanding of solar photovoltaic systems, including their principles, architecture, sizing methodologies, safety standards, and financial evaluation.

By the end of the program, participants will be able to analyze solar system configurations, evaluate component specifications, interpret design documentation, and assess project feasibility with confidence.

Participants receive a professional course completion certificate issued upon successful completion of the training and assessment.

The certificate demonstrates advanced knowledge in solar photovoltaic systems and supports career growth in the renewable energy, engineering, sustainability, and energy management sectors.

• Strong foundation in solar photovoltaic systems
  

• Ability to evaluate and understand solar system designs
  

• Improved decision making for solar investments and projects
  

• Increased professional credibility in the renewable energy space
  

• Expanded career opportunities in energy and sustainability sectors

This course is ideal for:

• Engineers and technical professionals
  

• Energy consultants and project managers
  

• Entrepreneurs entering the solar industry
  

• Corporate executives evaluating solar investments
  

• Sustainability and policy professionals
  

• Individuals seeking structured knowledge of solar systems

No prior installation experience is required.

Day 1: Solar Energy Science & Photovoltaic Technology

Module 1: Fundamentals of Solar Energy

• Overview of renewable energy systems
• Solar radiation and irradiance concepts
• Photovoltaic effect and semiconductor physics
• Energy conversion principles
• Global solar energy trends and market overview

Module 2: Photovoltaic Cell & Panel Technology

• Types of photovoltaic cells
• Monocrystalline, polycrystalline, and thin film technologies
• Panel construction and efficiency factors
• Temperature effects and performance characteristics
• Degradation and lifespan considerations

Day 2: Solar System Architecture & Components

Module 3: Solar System Configurations

• Off grid systems theoretical framework
• Grid tied systems architecture
• Hybrid systems design principles
• Centralized vs distributed systems
• System selection criteria

Module 4: Core System Components

• Inverter technologies and operational theory
• Battery technologies and storage principles
• Charge controller functionality
• Protection devices and system integration
• Balance of system components

Day 3: Load Analysis & System Sizing Principles

Module 5: Electrical Foundations for Solar Design

• Voltage, current, power, and energy relationships
• Direct current and alternating current theory
• Power calculations and efficiency considerations
• Series and parallel configuration theory
• Voltage drop and system losses

Module 6: Theoretical System Sizing Methodologies

• Load estimation principles
• Energy demand modeling
• Panel sizing calculations methodology
• Battery sizing theory
• Inverter capacity selection criteria
• Design assumptions and safety margins

Day 4: Engineering Standards, Safety & Regulatory Framework

Module 7: Installation Principles & Engineering Standards

• Structural considerations in solar mounting systems
• Electrical wiring standards overview
• Grounding and earthing principles
• Surge protection concepts
• Code compliance and inspection frameworks

Module 8: Risk, Compliance & System Evaluation

• Safety standards and regulatory bodies
• Fire and electrical hazard theory
• Risk assessment in solar projects
• Documentation and technical specification review
• Quality assurance principles

Day 5: Solar Project Analysis, Economics & Strategic Applications

Module 9: Solar Project Economics

• Capital expenditure and operational expenditure concepts
• Cost modeling and pricing structures
• Return on investment and payback period analysis
• Levelized cost of electricity concepts
• Financial feasibility assessment

Module 10: Strategic Applications & Industry Outlook

• Solar integration into national grids
• Commercial and industrial solar applications
• Policy and regulatory impacts
• Emerging technologies in solar energy
• Future trends and innovation landscape

• • 5 days intensive instructor led sessions
  • Structured and professionally developed course materials
  • Industry relevant case studies and technical analysis
  • Expert facilitators with energy sector experience
  • Guided system sizing and design walkthroughs
  • Comprehensive reference materials
  • Professional certification upon completion

Weekdays: 10:00am - 03:00pm (1 Hour Lunch/PM Documentary Break)

Weekend: Saturday 10:00am – 04:00pm; Sunday 1pm – 05:00pm

Lagos Training Centers:

Lagos Mainland**: 27 Moronfolu Street, Close to Unilag, Akoka, Yaba, Lagos

Lagos Island: 7 Brook Street, beside Campbell hotel, by Freedom Park, Lagos Island.

Port Harcourt Training Center: 21 Oil Field Guest House Close, off School Road by MTN Junction Elelenwo.

Abuja Training Center: House 67 Block 1A Kano street Area 1, Garki Abuja FCT. After Shehu Shagari mosque.

• Comprehensive course manual
  

• Solar system sizing calculation templates
  

• Technical reference materials
  

• Case study documentation
  

• Assessment materials

Participants will complete a structured assessment at the end of the program.

Upon successful completion, a course completion certificate will be issued.

Will this course teach installation?
The course focuses on solar system principles, design frameworks, component evaluation, and project analysis. It does not include field based installation sessions.

Do I need an engineering background?
No. The course is structured to accommodate participants from diverse professional backgrounds.

Will I learn how to design solar systems?
Yes. You will learn structured system sizing methodologies and how to evaluate solar system designs.