The Development of the Theory of Energy Conversion Processes in a Complex System Electromechanical Assemblage

The theory of energy process analysis in electromechanical complexes received further development. Systematization of approaches to the decomposition of the time function of the instantaneous power of polyharmonic signals in various circuit solutions and modes has been carried out. The mechanism of formation of instantaneous power components of polyharmonic signals is considered. A mathematical apparatus for determining canonical, non-canonical and pseudo-canonical components of instantaneous power is proposed. The effect of strengthening the alternating-signal component of the power due to the coincidence of the frequencies of the canonical and pseudo-canonical components is proven. The possibility of expanding the complex of energy process assessments in the space of instantaneous power is shown.