Capacity expansion in coupled power-transportation systems can degrade performance in both due to new Braess' paradoxes, with necessary and sufficient conditions and charging pricing mitigation.
Network equilibrium of coupled transportation and power distribution systems,
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A variational inequality formulation of coupled equilibrium between EV drivers, operators, and power system entities for V2G interactions under stress scenarios.
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Braess' Paradoxes in Coupled Power and Transportation Systems
Capacity expansion in coupled power-transportation systems can degrade performance in both due to new Braess' paradoxes, with necessary and sufficient conditions and charging pricing mitigation.
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A Coupled V2G Equilibrium Model of Electric Vehicle and Power System Interactions
A variational inequality formulation of coupled equilibrium between EV drivers, operators, and power system entities for V2G interactions under stress scenarios.