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Powering our appliances and charging our smart devices night and day is something many take for granted. Yet  living in remote communities and isolated areas globally do not have access to electricity. If we include the people who are not connected to their national grid, the number rises to .

Households that fall outside of their national grid , which create problems. Diesel generators have , such as benzene, arsenic and formaldehyde, alongside their carbon emissions. Bulk transportation and long-term storage of diesel fuel pose significant environmental threats for these communities.  have spilled and polluted land and water.

• Feyza G. Sahinyazan, Simon Fraser University, was co-author of this article

Renewable mini-grid energy systems are central to  in remote communities. Mini-grids are small energy distribution networks that are separate from the main energy grid. Unlike micro-grids that can power one or a few units, . However, a significant number of these projects are abandoned shortly after their installation.

As researchers who specialize in sustainable operations, we identified more than 100 renewable mini-grid projects installed between 1995 and 2018 in rural areas across the world to get a better sense of what factors lead to success.

Energy inequality across Canada

This problem is also very relevant and timely for Canada. About  are not connected to the North American grid or natural gas distribution pipeline. Roughly .

Transporting diesel to the communities that are outside the central grid coverage, increases the cost of supply and contributes to societal inequality. Diesel-generated electricity costs per kilowatt-hour Ìý³Ù´ÇÌý higher than the average Canadian household.

Renewable energy mini-grids can successfully address all these problems. In addition, they reinforce  of remote communities. To this end,  national and provincial programs now  the development of these projects. For example, Kapawe’no First Nation was awarded  to reduce the community’s reliance on diesel fuel and cut down energy costs.

Common barriers to long-term success

While this all sounds very promising, there is a crucial caveat. It is one thing to install a renewable system in a remote community and a whole other to ensure its long-term, sustainable operation. A lack of community involvement and governance can mean efforts go to waste, as our research shows.

 we built a database of rural renewable mini-grids installed within the last decade. We systematically reviewed a vast collection of scientific publications, government databases, development agency reports and portfolios of private developers. We investigated the properties and the long-term success of these developments.

Unfortunately, a significant number of these projects fail shortly after their installation. , 60 per cent of renewable mini-grid projects were abandoned within just six months of installation. The reasons cited for failure always point to the same challenges: an absence of local maintenance expertise and a lack of acceptance.

On the other hand, successful projects all across the globe share one common property: having local community ownership. Top-down approaches that exclude the community’s voices in project development almost always fail over the long term.

±õ²ÔÌý, small failures make these projects inoperable when no local technicians are available. Misuse and overloading the grid can easily cause these minor failures. A lack of security and local oversight may also mean sabotage or  by residents from other communities.

In others, , and the developed solutions do not align with the community’s energy needs. With no resources for expansion or adjustment, people lose trust in the system and revert to using the diesel technology. Finally, these projects may have  due to mismatched expectations of investors.

How to prevent failure

There are some best practices to follow. It is important to align the community’s needs and interest with the project’s objectives. Policy-makers and researchers should start working proactively with communities from the beginning. The credibility of the  can be increased by co-ordinating the outreach efforts to users, project developers and community leaders.

In terms of the financial success, regulators should carefully design  that generate enough revenue to cover the operational expenses of the project, yet remain affordable for consumers. Additional value can be generated by  and income generation. For example, the power from the mini-grids can support local industries and public services such as health and education centres.

Finally, community members should be trained and employed in operating mini-grids. Project managers need to make sure people in the community know how to . Similarly, storing spare parts and maintenance equipment locally would ensure longer lifespans for these projects as the remote nature of these communities mean that some only have large items delivered once or twice a year. Only then, can these communities achieve and maintain true energy sovereignty.