Violation of the symmetrical mode of operation of the electric network causes a deterioration in the quality of electric energy and significantly reduces the reliability of the functioning of electrical equipment and elements of the electric network. A mathematical model of an electrical network with a grounded neutral is proposed аnd a software package that allows us to evaluate the level of voltage asymmetry of a three-phase system depending on the changing unbalanced load was created. The simulation and calculation of the studied parameters for various combinations of loads and the technical means of balancing the operating mode of the electric network (the balancing device – BD) is carried out. Programs for the Matlab graphic editor are...
This article presents the concept of a mathematical description of a three-phase, four-wire asymmetr...
The paper deals with elements of issues regarding the impact of electromagnetic disturbances and ele...
In this article, additional electricity losses are calculated using the voltage imbalance factor. Th...
Violation of the symmetrical mode of operation of the electric network causes a deterioration in the...
One of the main operation modes that characterizes power quality in distribution networks is asymmet...
The article discusses distribution electrical networks 0.38 kV operating modes, feeding individual r...
This paper reports solving an important scientific task of minimizing the economic losses caused by ...
The existing low voltage distribution systems have various single and three phase loads with dynami...
This publication considers the issues of development of the software program for designing of 0,4 kV...
The growing number of distributed energy resources, DC loads and energy storage systems drive the ad...
Voltage unbalance is a major yet often overlooked power quality problem in low voltage residential f...
The work is dedicated to calculating electricity losses related to power lines average voltage overh...
The paper deals with the analysis of unbalance regime in three-phase low voltage supply systems. For...
A mathematical model of steady-state radial medium voltage electrical network with earthed neutral v...
Multi-circuit, multi-voltage overhead lines (MMOLs) are becoming a favorable solution in the perspec...
This article presents the concept of a mathematical description of a three-phase, four-wire asymmetr...
The paper deals with elements of issues regarding the impact of electromagnetic disturbances and ele...
In this article, additional electricity losses are calculated using the voltage imbalance factor. Th...
Violation of the symmetrical mode of operation of the electric network causes a deterioration in the...
One of the main operation modes that characterizes power quality in distribution networks is asymmet...
The article discusses distribution electrical networks 0.38 kV operating modes, feeding individual r...
This paper reports solving an important scientific task of minimizing the economic losses caused by ...
The existing low voltage distribution systems have various single and three phase loads with dynami...
This publication considers the issues of development of the software program for designing of 0,4 kV...
The growing number of distributed energy resources, DC loads and energy storage systems drive the ad...
Voltage unbalance is a major yet often overlooked power quality problem in low voltage residential f...
The work is dedicated to calculating electricity losses related to power lines average voltage overh...
The paper deals with the analysis of unbalance regime in three-phase low voltage supply systems. For...
A mathematical model of steady-state radial medium voltage electrical network with earthed neutral v...
Multi-circuit, multi-voltage overhead lines (MMOLs) are becoming a favorable solution in the perspec...
This article presents the concept of a mathematical description of a three-phase, four-wire asymmetr...
The paper deals with elements of issues regarding the impact of electromagnetic disturbances and ele...
In this article, additional electricity losses are calculated using the voltage imbalance factor. Th...