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Understanding the Grid Value Proposition of Marine Renewable Energy

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Special Applications

Another benefit of marine energy technology is their ability to provide services under unique contexts, which we term “special applications” in this project. For example, marine energy could provide electric resiliency for coastal communities.

Distributed energy resources can support resiliency objectives if properly enabled, in particular, to address identified vulnerabilities. Marine energy devices integrated with coastal microgrids could support resilience improvement measures for isolated coastal communities as well as for high-priority coastal loads. Further, appropriately designed, scaled and strategically located marine renewable energy arrays could help power grids become more resilient by diversifying energy sources and by providing essential back-up and black-start services.

renewables zero carbon
Microgrids are typically powered by solar and/or wind, which use extra power to charge batteries, plus a generator for backup. Replacing generators with marine energy not only ramps up resiliency, but it also cuts reliance on fuel. More information is available in this report (Animation by Sara Levine | Pacific Northwest National Laboratory)

Research topics

Water Power

Lab-Level Communications Priority Topics

Grid

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