Abstract
Objective: The data on the synthesis of a combined electric power source for a self-contained electric-power system with a diesel generator (turbo-generator) and hydrogen power source was presented in the article. Objective: To justify the structure and parameters of a power channel of a self-contained electric power plant based on power augmentation with parallel operation on the total load of two electric power sources – synchronous generator and hydrogen power source. Methods: Mathematical modeling of the main power processes was applied, including the processes of active and reactive power distribution control in a self-contained electric power system with parallel operation of synchronous generator and hydrogen power source. Results: The tasks of structural synthesis of a combined power plant with current-based electronic inverter application, as well as justifications of power-efficient operation criteria and control algorithms of a self-contained electric power system with minimized power interchange between synchronous generator and current inverter were set and solved. Practical importance: New results are recommended to use in the design of power systems with improved technical and economic as well
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