Distributed Renewable Energy Systems: Ensuring Sustainable and Reliable Energy Supply in Remote Areas and Island Communities through minigrids

Remote areas1 and island states, including the Small Island Developing States (SIDS), face unique energy challenges due to their geographic isolation, limited infrastructure, and vulnerability to climate change. Their dependence on imported unsustainable and costly fossil fuels for energy supply such as diesel not only contributes to high energy costs but also increases their vulnerability to global energy market fluctuations.
As the world shifts towards renewable energy, these regions have a unique opportunity to transition to cleaner and more resilient energy systems while moving away from fossil fuels. Mini grids powered by renewable energy are more resilient against negative climate impacts than centralised systems from fossil fuels. However, achieving reliable and stable energy supply, also at the decentralised level, requires addressing several key issues to manage variable energy sources like solar and wind. Technical solutions to ensure grid stability, like energy storage, enable higher integration and utilisation of variable renewables. Their rapidly decreasing investment costs make integration of variable renewables more attractive, also for
remote areas.
This event aims to explore the latest technological and policy developments for the deployment of renewable energy minigrids in remote areas and small island states. Experts from governments, research, private sector, and international cooperation will discuss how demand side management, innovative storage technologies, smart grids, and policy frameworks can help build self-sufficient, sustainable and reliable energy infrastructures, ensuring local development, energy independence and resilience against climate change.