Introduction to Mini Grids: Definition, types, and benefits of mini grids in energy access. Role of mini grids in electrification and rural development.
Energy Demand Assessment: Conducting surveys and assessments to understand energy needs. Load profiling and demand estimation for different consumers. Renewable Energy Technologies: Selection of appropriate power generation technologies (solar, wind, hydro, biomass). Components, sizing, and integration of renewable energy sources. Energy Storage Systems: Battery technologies for energy storage in mini grids. Sizing, installation, and maintenance of energy storage systems. Mini Grid Design and Planning: Design considerations, layout, and system architecture. Microgrid modeling and simulation for optimal performance. Generation System Components: Solar panels, wind turbines, hydro turbines, biomass generators, etc. Inverters, converters, controllers, and balance of system (BOS) components. Power Distribution and Microgrids: Designing distribution networks for mini grids. Smart grid components, distribution transformers, and protection systems. Grid Integration and Hybrid Systems: Integrating mini grids with the main grid or other mini grids. Hybrid systems combining different energy sources for enhanced reliability. Technical and Safety Standards: Compliance with technical standards and regulations for mini grid systems. Safety considerations, grounding, and electrical codes. Community Engagement and Stakeholder Management: Engaging with local communities and stakeholders during planning and implementation. Addressing social, cultural, and environmental concerns. Economic Viability and Financing: Financial modeling and cost analysis for mini grid projects. Financing options, business models, and revenue generation. Project Implementation and Management: Procurement, construction, and commissioning of mini grid systems. Project management best practices and timelines. Operation and Maintenance: Establishing maintenance schedules and protocols. Troubleshooting, diagnostics, and repair of mini grid components. Monitoring and Performance Evaluation: Implementing monitoring systems to track energy production and consumption. Performance evaluation, data analysis, and system optimization. Policy and Regulatory Landscape: Navigating regulatory frameworks and policies for mini grid deployment. Permits, licenses, and compliance with energy regulations. Case Studies and Real-world Examples: Analyzing successful mini grid projects and their impact. Learning from practical experiences and challenges faced.UNITRONIX TRAINING ACADEMY (UTA) is the training arm of UNITRONIX GLOBAL CO. LIMITED; one of the fastest growing reputable RENEWABLE ENERGY companies in Nigeria. In partnership with the world’s top- rated solar modules manufacturer OEM across the world, we deliver intensive theoretical, practical and on-site installation training in solar energy. Our trainings are delivered in a conducive environment, with experienced professionals and hands-on practical sessions. Our training sessions are very interactive to ensure full understanding of all topics covered. At the end of the training, every trainee will be certified and accredited as a Unitronix Dealer for the purposes of partnership.