Overview

This intensive, hands-on course provides a comprehensive understanding of mini-grid design using
HOMER Pro, is the leading software for hybrid energy system simulation. Participants will learn the technical aspects of designing mini-grid systems, from simple diesel-only setups to advanced hybrid grids with high renewable energy penetration. This training covers system optimization, financial analysis, and sensitivity studies, preparing participants to independently design, simulate, and refine mini-grid projects for various energy needs. This course also includes a dedicated module on leveraging data analytics to optimize system performance and drive efficient project decisions.

Learning Outcomes

1. Develop proficiency with HOMER Pro software for designing and simulating energy systems.
2. Design and optimize hybrid energy systems with multiple generators and renewable energy sources.
3. Perform sensitivity analyses to assess various project risks (fuel prices, capacity shortages, etc.).
4. Conduct financial modeling to determine project viability, including payback period and IRR.
5. Manage and refine project designs using both simulated and real-world data.
6. Apply advanced data analytics to evaluate project performance and opportunities for system
improvement.
7. Understand best practices in project management, system deployment, and regulatory compliance for minigrid projects.

Certificate Name

Certificate of Proficiency in Advanced Minigrid Design and HOMER Pro Simulation

Modules Overview

Module 1: Foundations of HOMER Pro
• Introduction to HOMER Pro interface and functionalities.
• Basics of simulation, optimization, and sensitivity analysis.
• Modeling small community energy systems.
• Exercises: Diesel-only systems, hybrid mini-grids, battery integration.

Module 2: Simulation and Optimization for Minigrid Systems
• Simulating hybrid energy systems (diesel, solar photovoltaic, and batteries).
• Identifying optimized designs (diesel, hybrid, 100% renewable).
• Exercises: Sensitivity analysis on fuel price, capacity shortage, and payback period.

Module 3: Refining Minigrid Designs with HOMER Pro
• Customizing energy loads with limited and measured data.
• Generator sizing and system configuration for specific equipment.
• Sharing and exporting designs.
• Exercises: Customized load design, generator sizing, and data-based refinement.

Module 4: Advanced Minigrid Design
• Modeling large systems with multiple generators.
• Managing operational reserves and load variations.
• HOMER’s Generator Order control strategy for advanced system management.
• Exercises: Large-system modeling, managing operational reserves, and control strategies.

Module 5: Feasibility Study and Financial Analysis
• Conducting feasibility studies for mini-grid projects.
• Financial modeling to assess CAPEX, OPEX, and profitability.
• Exercises: Payback period and IRR calculations using HOMER’s financial tools.

Module 6: Data Analytics for Minigrid Optimization 
• Introduction to data analytics in energy system management.
• Using predictive analytics for energy load profiling.
• Real-time data monitoring for performance enhancement.
• Exercises: Data-driven decisions for system optimization and cost reduction.

Module 7: Regulatory and Policy Framework for Minigrid Systems
• Overview of local and international regulations affecting mini-grid development.
• Permitting process and incentives for renewable energy systems.
• Strategies for securing project funding through subsidies and tariffs.

Course Length: Four Weeks (One Month)
Duration: 20 hours (4 sessions of 5 hours each)
Requirements:

Participants must have a current HOMER Pro license (We offer a 21-day license for this training) and at least a Windows laptop is required.