Smart Microgrids to Improve Reliability and Resiliency of Power Supply in the Southeast

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Extreme weather events in the Southeast have frequently caused significant damage to the power grid, leaving millions without electricity for extended periods. Despite substantial investments, vulnerabilities stemming from the centralized nature of the system remain unresolved. However, the implementation of decentralized smart microgrid technology presents a potential solution to mitigate the impacts of extreme weather events and enhance power supply reliability and resiliency. Microgrids, which consist of interconnected loads and distributed energy resources, can operate in coordination with the main grid or independently. Each microgrid requires a customized approach to design, installation, and management. Although smart microgrids can improve power supply reliability and resiliency by up to 60%, their high costs often render projects financially unfeasible. To accelerate the adoption of microgrids in the Southeast, clear state-level regulations, standardized guidelines for electric utilities, and economic assessments of resilient infrastructure are needed. Additionally, exploring the establishment of a Southeast ISO could facilitate the replication of successful practices from regions like California, Texas, and New York.





Pumarejo Villarreal, Jose Eduardo (Puma) (2023). Smart Microgrids to Improve Reliability and Resiliency of Power Supply in the Southeast. Master's project, Duke University. Retrieved from

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