Cost-effective electrification of remote houses and communities with renewable energy sources

What is it about?

Many residents of remote, rural or hard to reach communities do not have access to reliable, grid-connected sources of electricity. Local microgrids, powered by available renewable energy sources, can play a critical role in the cost-effective and reliable electrification of such remote dwellings. However, effective operation of such systems requires the careful configuration and operation of multiple power sources. This paper explores design and configuration procedures and develops associated tools for deployment of such hybrid energy systems, which involve a combination of renewable generation, battery energy storage and a diesel/biofuel backup generator. Examples and analysis show significant potential benefits for rural communities wishing to decarbonize and improve access to reliable energy networks.

Featured Image

Photo by Zbynek Burival on Unsplash

Photo by Zbynek Burival on Unsplash

Why is it important?

In a just and inclusive transition to net zero, access to clean and affordable energy must be considered as minimum requirement for all communities, including residents of remote, rural or hard to reach communities that do not have access to reliable, grid-connected sources of electricity. We examine ways to support the design and cost-effective operation of standalone, rural energy systems powered by sustainable local forms of renewable energy such as Wind, Solar and Tidal.