SYSTEM ANALYSIS OF PROBLEMS OF MODELING HYBRID SYSTEMS OF COMMUTATION LOW-VOLTAGE APPARATUS
The article provides the system analysis of the problem of mathematical modeling of hybrid systems, an in-depth synthesis of mathematical modeling and hybrid trend analysis as a research target, the results of the system analysis of mathematical modeling method development based on the synthesis and analysis of commutation low-voltage hybrid apparatus. The authors discuss the major objectives of the set up problem are discussed: systematic analysis, structural and parametric synthesis. The final goal of the problem is the development of a universal complex of computer modeling and engineering (CCMP) which enables the creation of an «ideal» hybrid apparatus with the features characteristic of a self-controlled hybrid system. The article determines Further ways of creating a program complex of automatic modeling and engineering aimed at optimizing hybrid systems of commutation low-voltage apparatus according to the new principles of hybrid commutation are defined.