Regional entity

The six North American regional entities in 2021. The striped area indicates the regions where the load-serving entities belong to one RE, and the transmission system operator to another.[1]

A regional entity (RE) in the North American power transmission grid is a regional organization representing all segments of the electric industry: electric utilities (investor-owned, cooperatives, state, regional, and municipal), federal agencies, independent power producers, power market operators, and end-users of the energy.[2] North American Electric Reliability Corporation (NERC) delegates to REs authority to enforce reliability standards (which NERC has throughout the contiguous United States),[3] collectively REs, together with NERC, are known as an "ERO Enterprise" (from the Electric Reliability Organization).[4]

History

The regional entities, at the bottom of the structure for the development and enforcement of the reliability standards for the US electric grid, were established by the Section 215 of the Federal Power Act as amended by the Energy Policy Act of 2005. The statute tried to mimic the balance of power between the federal and state authorities in the US, with REs playing the role of regional (state-like) components.[5]

As of 2021, there were six regional entities:[1]

The original list included eight entities,[5] two REs were later dissolved:

Functions

The reliability standard development process had Regional Entities developing regional standards, to be approved by NERC and FERC. By the 2010, the process was slow: just nine standards were developed, all by the WECC.[5]

An RE approves the transmission plans and chooses the projects for regional (as opposed to per-local-pricing-zone) cost allocation.[8]

One of the important roles of an RE is suggesting to NERC (and FERC) to include the facilities into - or exclude from - the list of "elements" that constitute the bulk-power system (BPS, also known as a "bulk electric system", BES), subject to the oversight of the NERC.[9]

References

  1. ^ a b NERC 2021, p. iv.
  2. ^ NERC 2013, p. 5.
  3. ^ Lawson, Ashley J. (June 10, 2019). "Maintaining Electric Reliability with Wind and Solar Sources: Background and Issues for Congress" (PDF). Congressional Research Service.
  4. ^ O’Connor, Patrick; Gest, Johnny; Dister, Carl; Browning, Tyson (2020), "A Networked Approach for Assessing Risks to the Electric Grid", DS 103: Proceedings of the 22nd International DSM Conference (DSM 2020), MIT, Cambridge, Massachusetts, October 13th - 15th 2020, The Design Society, p. 125, doi:10.35199/dsm2020.13, ISBN 978-1-912254-12-5, S2CID 222521403
  5. ^ a b c Skees 2010, p. 8.
  6. ^ 84 FR 705
  7. ^ 87 FR 1746
  8. ^ Goldfarb, Eli; Nasir, Iqra; Spinner, Amanda (December 2020). "Electric Transmission Policy in the United States" (PDF). closup.umich.edu. Center for Local, State, and Urban Policy. p. 10. Retrieved 5 November 2022.
  9. ^ Carpentier 2014.

Sources

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