Energy Transition, AI, and Geopolitics

Beyond the Grid: What Haiti’s Mesh Grid Success Teaches Us About Infrastructure Resilience

By Ken Silverstein • July 1, 2026 • Filed in: Energy, Geopolitics, Infrastructure

Haiti is installing "mesh grids," delivering energy to a handful or rural at a time but reaching tens of thousands.

Haiti Mesh Grids

Conventional wisdom dictates that large-scale infrastructure requires absolute political stability and centralized planning. The rapid deployment of solar “mesh grids” in rural Haiti turns this assumption on its head. By connecting small clusters of homes via localized nodes, energy developers have bypassed the capital-intensive, slow-moving requirements of traditional grid extensions.

The broader takeaway for the global energy transition is twofold: First, decentralized technology drastically lowers the risk profile for capital deployment in volatile regions. Second, the strategic sequencing of capital—using philanthropic seed money to absorb early risk before handing the baton to multilateral development banks—creates a repeatable blueprint for electrifying the developing world. If a decentralized energy architecture can scale verifiably in Haiti, it can scale anywhere.

This piece appeared in Forbes and Yahoo Finance.

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  • Recipient of the ASBPE Gold Award for Outstanding Web Commentary and the MIN Online “Most Intriguing People in Media” honor. Senior Contributor at Forbes with nearly 30 years of energy and climate reporting experience.