Course summary

To start us off, you will get to know each other in this class by introducing yourself and meeting other course members in the social forum ‘ Getting to know you ‘ below. You may share your expectations of the course and interests as you bond to become a community of learners. You may then read the announcements and the course overview. We have a course outline that you may want to download and refer to as a guide throughout the course.

I shall support you as you go through this 3-week course.


Course Overview

Welcome to this course where you will learn about  the fundamentals of mini-micro grid systems, design, and sizing methodology of mini-micro grids, the operation and management concepts related to their applications such as servicing and maintenance strategies.


Course description

This course immerses you in the design environment of a mini-grid project. It presents the context of electrification and the challenges for mini-grids in Africa, then introduces the concept and process of energy planning. This course also presents the techniques of data collection and site selection, details the sizing methodologies of mini-grids (solar, hydro, wind, hybrid), the appropriate operation and maintenance techniques. This course, focused on decentralized approach of electrification, is designed to increase your knowledge in three particular steps for deploying energy Mini-grids in Africa including Data collection, Technical Design, Operation and maintenance.


Duration 

  • Formal study time: 67 hours
  • Self-study time: 33 hours
  • Total duration: 100 hours

You will have completed courses 101 and 301 


Course Learning Outcomes

Plan operation and maintenance strategies for mini-grids

Upon completion of this course, you will be able to:

  • Identify the challenges and opportunities of developing mini-grids in the African context.
  • select a suitable site for the installation of a mini-grid
  • conduct demand and energy sources assessment on a selected site
  • size mini-grids generation and distribution systems using methodology and tools provided

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