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This letter introduces a method to manage energy storage in electricitygrids. Starting from the stochastic characterization of electricity generationand demand, we propose an equation that relates the storage level for everytime-step as a function of its previous state and the realized surplus/deficitof electricity. Therefrom, we can obtain the probability that, in the nexttime-step: (i) there is a generation surplus that cannot be stored, or (ii)there is a demand need that cannot be supplied by the available storage. Weexpect this simple procedure can be used as the basis of electricityself-management algorithms in micro-level (e.g. individual households) or inmeso-level (e.g. groups of houses).

Storage Management in Modern Electricity Power Grids