Retracted: Optimal Stochastic Energy Management of Smart City Incorporating Transportation System and Power Grid
Sina Parhoudeh, Ali Asghar Baziar, P. Eguía, Farid Moazzen
Abstract
This paper intends to present an effective stochastic framework based energy management scheme within the smart city based on point estimate method. In this way, considering the buildings, electric transportation systems and subway electrical demands are of essential needs of the smart city. For the co-operation of the electrical infrastructure as well as the transportation system, a linear model is proposed which can model the interrelation of these structures one each other. To improve the operation of the subway system, the breaking energy is recovered to be used for the electrical demands of the smart city. To this end, the vehicle-2-grid and vehicle-2-subway schemes are employed to decrease the total cost of the smart city operation. In order to capture the uncertainty effects, a stochastic framework based on point estimate method is proposed here. The high capability and appropriate performance of the proposed model is investigated on a test smart city system.