Passing power through transmission and distribution lines causes a loss of some electrical energy in these lines. The amount of these losses is more significant at the distribution level than the losses at the transmission level due to the low voltage level and high currents. According to the Electricity Distribution Company, the losses of this power are the difference between the delivered energy from the upstream and the delivered output energy downstream. If we consider at losses economically, losses are the difference between the energy bought and the energy sold. In other words, losses are equal to costs. The large cost of losses can be shown by an example
The use of capacitors in power systems has many well-known benefits that include improvement of the ...
Electrical and Electronic equipments are designed to operate on specified voltage and frequency. Thi...
Due to variable system loads on distribution feeders which are varied time to time the distribution ...
Increasing power demand from passive distribution networks has led to deteriorated voltage profiles ...
Click on the DOI link to access the article (may not be free.)In this paper, we present a proposed m...
The power loss on distribution transformers can account for a considerable portion of the overall lo...
One of the outstanding and major problems in the transmission and distribution system is the losses....
High power losses is produced in the distribution side as compared to another subsystem of the power...
Most of the losses in a power system relate to the distribution sector which always has been conside...
High power losses is produced in the distribution side as compared to another subsystem of the power...
Abstract:- Energy losses arise as power flows through the network to meet customer load demands. Som...
Capacitors in power systems are generally used to supply reactive power for the purpose of loss mini...
AbstractIn this paper, novel method based on loss sensitivity approach is utilized to determine opti...
ABSTRACT: In the power system network, radial distribution system plays main role to distribute powe...
AbstractThe use of capacitors in power systems has many well-known benefits that include improvement...
The use of capacitors in power systems has many well-known benefits that include improvement of the ...
Electrical and Electronic equipments are designed to operate on specified voltage and frequency. Thi...
Due to variable system loads on distribution feeders which are varied time to time the distribution ...
Increasing power demand from passive distribution networks has led to deteriorated voltage profiles ...
Click on the DOI link to access the article (may not be free.)In this paper, we present a proposed m...
The power loss on distribution transformers can account for a considerable portion of the overall lo...
One of the outstanding and major problems in the transmission and distribution system is the losses....
High power losses is produced in the distribution side as compared to another subsystem of the power...
Most of the losses in a power system relate to the distribution sector which always has been conside...
High power losses is produced in the distribution side as compared to another subsystem of the power...
Abstract:- Energy losses arise as power flows through the network to meet customer load demands. Som...
Capacitors in power systems are generally used to supply reactive power for the purpose of loss mini...
AbstractIn this paper, novel method based on loss sensitivity approach is utilized to determine opti...
ABSTRACT: In the power system network, radial distribution system plays main role to distribute powe...
AbstractThe use of capacitors in power systems has many well-known benefits that include improvement...
The use of capacitors in power systems has many well-known benefits that include improvement of the ...
Electrical and Electronic equipments are designed to operate on specified voltage and frequency. Thi...
Due to variable system loads on distribution feeders which are varied time to time the distribution ...