Abstract: A method for distributing, during a given time period, electricity flows in a system having at least one production and one consumption element, and provides for measuring the state of charge of each storage element and electrical powers produced and consumed. Initialization steps include defining physical modeling parameters, defining a model, in the form of state representation using the physical parameters, defining optimization parameters, and predefining an optimization problem, over the given time period, for the distribution of the electricity flows using the model. Iterative steps, at successive updating times of the given time period, include measuring a state of charge of each storage element and the electricity production and consumption powers, updating a preview of the behavior of the production and consumption elements for another given time period, defining the formulation of the optimization problem for the other time period, solving the problem, and applying electricity distribution controls.

Abstract: A method for distributing, during a given time period, electricity flows in a system having at least one production and one consumption element, and provides for measuring the state of charge of each storage element and electrical powers produced and consumed. Initialization steps include defining physical modeling parameters, defining a model, in the form of state representation using the physical parameters, defining optimisation parameters, and predefining an optimisation problem, over the given time period, for the distribution of the electricity flows using the model.