Uncertainty modeling in optimal operation of energy hub in presence of wind, storage and demand response
We develop an energy hub by wind, storage and demand response in distribution network. We present two objective functions for the hub operation under certainty and uncertainty of wind, price and demand. We consider operation costs, emission and reliability in the objective function. We apply two stage stochastic programming of GAMS for solving the hub MILP model under uncertainty. We evaluate effect of DERs and the uncertainties on hub operation costs and reliability in nine cases.
energy hub reliability stochastic programming smart grid distributed energy resources gas emission