Modelling energy storage systems using Fourier analysis: An application for smart grids optimal management
We propose a new representation of the optimization dispatch variables. The handled variable are subject to zero-integral constraints in a given time interval. The basic idea comes from Fourier analysis. Fourier decomposition is used to design parametric courses showing zero integral. Advantages are for new optimization problems formulation with parametric functions.
fourier analysis smart grids integral constraints electrical energy storage systems optimal dispatch of resources multi-objective evolutionary algorithms