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Flexible Generation and Load

Distributed and intermittent energy sources—wind, solar, energy storage—are changing the way electricity is generated. Despite its many benefits, renewable energy also introduces load volatility to a power system attuned to steady, predictable generation. The recent emergence of dedicated off-grid or smaller scale generation assets in remote areas add another layer of complexity. GMI’s researchers are developing tools and technologies that address these impediments to the widespread deployment of flexible generation.

Related Projects

  • Water Risk for the Bulk Power System: Asset to Grid Impacts

    Project Description

  • Vulnerability of Power Generation Critical Systems Against Electromagnetic Threats

    An experimental evaluation of physical security in the electric generation infrastructure against

  • Clusters of Flexible PV-Wind-Storage Hybrid Generation (FlexPower)

    A pioneering approach to demonstrate how technology hybridization can leverage the value of utili

clean energy solr panels

Technical Project Team

  • Tianqi Hong,
    ANL
  • Abhishek Somani,
    PNNL
  • Hannah Burroughs,
    LLNL
  • Rob Hovaspian,
    ANL
  • Aaron Epiney,
    INL
  • Helia Zandi,
    ORNL
  • Summer Ferreira,
    SNL
  • Amirthagunaraj Yogarathnam,
    BNL
  • Alex Stankovic,
    SLAC
  • Patrick Ward,
    SRNL
  • Adam Mate,
    LANL
  • Margaret Taylor,
    LBNL

Questions?

Contact Technical Lead.