Operation optimization of a multi-energy microgrid under uncertainties

Multi-energy microgrids (MEMG) can simultaneously distribute and supply electrical and thermal energy to customers. This thesis work proposes an optimal coordinated dispatch method to minimize the operating costs of a MEMG when multiple uncertain parameters are considered. The operation method was modeled as a single-stage stochastic programming problem. The results demonstrated that the proposed operation model can achieve robust solutions when uncertainties are modeled accurately.