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Microgrid adoption accelerates as communities seek resilient, decentralized power after Hurricane Maria

Executive summary: The article describes what microgrids are, how they function and why they are becoming more common, using the 2017 Hurricane Maria incident and the Casa Pueblo solar‑plus‑battery installation as a concrete example. It shows that distributed, resilient energy systems can maintain power during major grid failures, influencing utility business models, investment decisions and emergency‑planning policies.

Who is involved: Key actors include the community of Adjuntas, Puerto Rico; solar and battery technology providers; electric utilities; and regulators shaping interconnection and incentive rules.

Likely next: Expect continued rollout of microgrid projects in hurricane‑prone and wildfire‑exposed regions, supported by state and federal incentives for distributed generation and storage.

The OilPrice article explains that a microgrid is a localized network of generation, storage and load that can disconnect from the main grid and operate independently. It cites the 2017 Hurricane Maria case in Puerto Rico, where the solar‑plus‑battery system at Casa Pueblo in Adjuntas kept electricity flowing while the surrounding grid was down. The piece notes that falling technology costs, rising climate‑related outages and policy incentives are driving a sudden increase in microgrid projects worldwide.

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