Resilience Enhancement for a Power System with Electric Vehicles under Extreme Weather Conditions

Abstract

In this paper, a resilience enhancement model is presented for a power system with plug-in electric vehicles (EVs) under extreme weather conditions. The proposed methodological framework is formulated as a two stage/tri-level robust mixed-integer optimization model. In order to solve this model, an algorithm based on nested column-and-constraint generation (NC&CG) is developed. Numerical simulations of a sample power system validate the effectiveness of the developed framework and the efficiency of the solving methodology.