RENAC MG – online course on mini grids

Project description

In this project, the Reiner Lemoine Institute develops an online workshop on the topic of mini-grids. Mini-grids secure the power supply in rural and peri-urban areas. The course provides knowledge about the construction, planning and operation of such mini-grid systems as well as their social and economic benefits.

Learning objectives of the online course

The course provides a comprehensive introduction to mini-grid systems, especially for electricity supply in remote areas. Participants will learn to understand the market conditions, consider the key regulatory and financial aspects and select the best business models for mini-grid projects. The course also teaches how mini-grids can help promote sustainability and socio-economic benefits.

Structure and content of the course

The workshop combines current technologies and methods in the field of mini-grids with practical case studies and best practice examples. This includes the use of digital tools to simulate mini-grid projects to optimize planning, system configurations and operation. Participants can thus develop a deeper understanding of the various phases of mini-grid implementation – from installation to operation and maintenance.

Target group and benefits

The course is aimed at professionals involved in the planning, operation or financial design of mini-grids. The knowledge and skills acquired will enable participants to independently develop mini-grid projects and implement sustainable energy solutions for rural and peri-urban areas.

Project duration: October 2024 – June 2025

Tasks

Development of an online course for mini-grids for electricity supply in rural and peri-urban areas
Communication of market conditions, regulatory requirements and financing models for mini-grid projects
Integration of software-based optimization tools for the best possible planning of mini-grids
Application of best practice examples and case studies from practice
Training participants in the development and implementation of sustainable mini-grid systems