The paper considers some problems connected with the application of super-conducting magnetic energy storages and battery energy storages for the control of steady-state and transient conditions of an electric power system. Mathematical models of energy storages of different types are proposed. They can be used for load flow and transient stability calculations, for the optimum allocation of energy storages in an electrical network. Algorithms of some of the above mentioned problems solution are developed and certain calculation results are presented.
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