In late June 2025, a 1.3 MW solar minigrid in Goma, Democratic Republic of Congo, continued to demonstrate how decentralized renewable power can transform communities facing chronic instability. Developed by Nuru and integrated with Virunga National Park’s hydropower system, the minigrid supplies clean electricity to homes, small businesses, water-treatment plants, and street lighting across several neighborhoods. Welders and shop owners have reported reducing daytime generator costs by up to a third, while reliable lighting has improved public safety. Notably, the system remained operational during the M23 rebel occupation earlier this year, proving both its technical resilience and strong local stewardship.
Beyond infrastructure, the minigrid has become a catalyst for economic recovery and community confidence. Residents recall that when the lights first came on, neighbors gathered in the streets to celebrate—a spontaneous affirmation of dignity and hope. By phasing out noisy diesel generators, theproject has also improved air quality and reduced emissions. International investors, including foundations and technology companies, contributed financing through innovative instruments like Peace Renewable Energy Credits. Their support underscores how targeted renewable projects can simultaneously address energy poverty, climate goals, and social cohesion in conflict-affected regions.
As an example for other parts of sub-Saharan Africa, the Goma project offers vital lessons in blending technology, financing, and trust. Community members protected equipment during violent upheavals, reflecting a shared sense of ownership and pride—key components of lasting social license. With plans underway to expand the system to 3.7 MW in the next phase, the project demonstrates that renewable minigrids can thrive even in high-risk environments when local priorities are respected and benefits are clear. For governments, NGOs, and investors, Goma shows that truly sustainable energy transitions are built on engagement as much as engineering.