 This paper proposes a methodology for optimally configuring multiple extreme fast-charging XFC stations in a distribution network. It first estimates the charging power demand of XFC stations using a Monte Carlo simulation tool. Then it designs the optimal energy capacity of the energy storage system, ESS, ESS rated power, and size of photovoltaic, PV, panels for multiple XFC stations in the distribution network. Finally, the optimal power flow technique is used to optimize the configurations of the XFC stations, ESS, PV panels, and distribution network. This article was authored by Jo Kwon-Woo, Pradeep Krishabat, and Bo Chen.