According to the new conception of electrification, the medium voltage 20 kV networks are to be extended. To what degree it is advisable to do so, depends on many factors: characteristics and design of the networks and step-down transformers, etc. In medium voltage networks as compared with low-voltage 0.4 kV networks, voltage and power losses can be neglected. Therefore the wire diameter can be diminished, calculating it only from the condition of its heating by load currents. Later, it must be checked if the wire diameter corresponds to mechanical requirements. In supplying the energy via low-voltage lines, greater expenses must be taken into account than in delivering this energy via medium voltage lines. Evaluating the transition from l...
This paper presents methodology and on-site pilot implementation of utilizing 1 kV at low voltage (L...
In recent years, distribution networks have been facing voltage quality issues due to the influx of ...
SUMMARY Besides the classical reasons for power quality problems a growing share of power generated ...
A great diversity of the nominal voltages in power networks can be explained based on the sizes and ...
Abstract--For new areas with high orientation, high vacancy and rapid development, traditional power...
The customers located far away from step down 20/0.4 kV transformer do not always receive qualitativ...
While in the first stage of electricity supply low voltage is used, the second and third stages expl...
As distinct from radial electric power lines, in high voltage networks in most cases consumers are f...
The expediency of preferential use of the rated voltage of 20 kV for the overhead networks of Russia...
In recent years, distribution networks have been facing voltage quality issues due to the influx of ...
As Eskom continues its drive for Electricity-for-All and the electrification of rural areas, there i...
The rise of small scale decentralized production has increased the complexity of maintaining a rigid...
The distribution system is divided into primary and secondary distribution networks. The primary dis...
The improvement of the reliability and power quality levels of electric systems is a matter of incre...
The paper presents the minimization concept of the capital costs of the power line design by optimiz...
This paper presents methodology and on-site pilot implementation of utilizing 1 kV at low voltage (L...
In recent years, distribution networks have been facing voltage quality issues due to the influx of ...
SUMMARY Besides the classical reasons for power quality problems a growing share of power generated ...
A great diversity of the nominal voltages in power networks can be explained based on the sizes and ...
Abstract--For new areas with high orientation, high vacancy and rapid development, traditional power...
The customers located far away from step down 20/0.4 kV transformer do not always receive qualitativ...
While in the first stage of electricity supply low voltage is used, the second and third stages expl...
As distinct from radial electric power lines, in high voltage networks in most cases consumers are f...
The expediency of preferential use of the rated voltage of 20 kV for the overhead networks of Russia...
In recent years, distribution networks have been facing voltage quality issues due to the influx of ...
As Eskom continues its drive for Electricity-for-All and the electrification of rural areas, there i...
The rise of small scale decentralized production has increased the complexity of maintaining a rigid...
The distribution system is divided into primary and secondary distribution networks. The primary dis...
The improvement of the reliability and power quality levels of electric systems is a matter of incre...
The paper presents the minimization concept of the capital costs of the power line design by optimiz...
This paper presents methodology and on-site pilot implementation of utilizing 1 kV at low voltage (L...
In recent years, distribution networks have been facing voltage quality issues due to the influx of ...
SUMMARY Besides the classical reasons for power quality problems a growing share of power generated ...