Modeling of the transformation elements of power sources control
Abstract
In the given article described principles of modeling of the transformations elements of power sources control. The classical methods of modeling of transformations circuits do not provide necessary accuracy due to complexity of representation of interdependence between input and output quantities and parameters, and the difficulty in representing inter chain and inter chain dependencies and providing them with physic-technical effects. The transformations elements with non linear parameters and value of the current of electric network of power supply system during calculations has been taken as a object with concentrated parameters, in classical single-phase transformers of the current to current have complex transuding part, weight and volume of the factors of labour-consuming when usages in combined power course control system, do not provide the commonality of the output value under joint work with microprocessors and electronics technology information systems.