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Coalition Stability in PJM: Exploring the Consequences of State Defection from the Wholesale Market

Publication ,  Report
Dauwalter, T; Daraeepour, A; Murray, B; Patino-Echeverri, D
November 28, 2022

Using a simulation tool, the authors investigate the effects created by a US state defecting from the wholesale electricity market in PJM, an organized electric grid in the eastern United States, on the states that remain in the coalition. The report finds, generally, that if a net-importing state defects from the wholesale energy market, the remaining states’ producers are worse off and the remaining states’ consumers are better off. The opposite effect takes hold if the defecting state is a net-exporter. Furthermore, the authors find evidence that defection impacts the remaining states’ climate initiatives. The effectiveness of electric vehicle and solar photovoltaic policies are conditional on the number and characteristics of defecting states. The simulations suggest that, for state legislatures pursuing these climate goals, the best strategy to adopt is to pass laws that are both geographically targeted and flexible.

Duke Scholars

Publication Date

November 28, 2022
 

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Dauwalter, T., Daraeepour, A., Murray, B., & Patino-Echeverri, D. (2022). Coalition Stability in PJM: Exploring the Consequences of State Defection from the Wholesale Market.
Dauwalter, Travis, Ali Daraeepour, Brian Murray, and Dalia Patino-Echeverri. “Coalition Stability in PJM: Exploring the Consequences of State Defection from the Wholesale Market,” November 28, 2022.
Dauwalter T, Daraeepour A, Murray B, Patino-Echeverri D. Coalition Stability in PJM: Exploring the Consequences of State Defection from the Wholesale Market. 2022 Nov.
Dauwalter T, Daraeepour A, Murray B, Patino-Echeverri D. Coalition Stability in PJM: Exploring the Consequences of State Defection from the Wholesale Market. 2022 Nov.

Publication Date

November 28, 2022