The purpose of this paper is to demonstrate the application of the method of experimental design to the analysis of electrical power distribution systems. The theory of experimental design allows us to construct and ...

Today's electric power distribution systems are complex large-scale systems changing in time and area. Physical phenomena occurring in a distribution system during transmission and distribution of electrical energy are ...

The occurrence of electric energy losses is connected with the energy production, transmission and distribution processes. The proper computing of electric energy losses is one of the most complex problems in power ...

An essential point in correct calculations and analysis of power distribution systems is a proper evaluation of loads. The acquisition of this data is complex because of a large number of nodes and their area distribution. ...

The proper electric energy losses computing is one of the most complex problems in power distribution system analysis, demanding consideration of many factors. The accessibility and credibility of data used in calculations ...

In distribution system, bus load estimation is complicated because system load is usually monitored at only a few points. As a rule receiving nodes are not equipped with stationary measuring inshwnents so measurements of ...

This paper presents a method for solution the problem of optimization of the process of faulted section localization, with the simultaneous re-routing of supply to customers. The criterion fiunction in the model is the ...