This paper presents an algorithm for the optimal management and control of a Microgrid, both grid-connected and in islanding mode, based on a Mixed Integer Linear Programming (MILP) formulation. The proposed procedure is able to manage a system composed of diesel generators, photovoltaic and wind plants, storage devices and non-controllable loads. The problem considers the operational constraints of all devices, with possible additional requirements from the microgrid operator, providing validated optimal solutions in a time that is compatible with the control.
Algorithm for Optimal Microgrid Operation and Control with Adaptable Constraints and Flexible Objective Function
Massucco S.;Pongiglione P.;Saviozzi M.;Silvestro F.;Serra P.
2019-01-01
Abstract
This paper presents an algorithm for the optimal management and control of a Microgrid, both grid-connected and in islanding mode, based on a Mixed Integer Linear Programming (MILP) formulation. The proposed procedure is able to manage a system composed of diesel generators, photovoltaic and wind plants, storage devices and non-controllable loads. The problem considers the operational constraints of all devices, with possible additional requirements from the microgrid operator, providing validated optimal solutions in a time that is compatible with the control.
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