Non linear load currents generate increased losses in supply system elements, such as transformers, cables, capacitor banks, harmonic filters etc. Due to the interaction between these elements through grid impedance and voltage distortion, it is not sufficient to consider the losses in the separate elements to optimise the energy efficiency of the entire supply system. Only the overall energy loss of the supply system is of interest. A simulation tool is developed and used to compare supply system configurations, with respect to total losses
Passing power through transmission and distribution lines causes a loss of some electrical energy in...
Harmonics are the by - products of modern electronic devices i.e. nonlinear loads,this harmonics by ...
In electrical power systems, losses occur as a result of various factors, both internal and external...
Non linear load currents generate increased losses in supply system elements, such as transformers, ...
Efficient use of energy, the increase in demand of energy and also with the reduction of natural ene...
Companies active in distribution or transmission of electrical energy know the power losses in their...
One of the outstanding and major problems in the transmission and distribution system is the losses....
Voltage drop and power and energy losses occur during the transmission of energy produced at power p...
Nowadays, both industrial and residential consumers use power electronics with the aim of rational u...
This paper investigates the harmonic distortion and losses in power distribution systems due to the ...
Abstract – The need for a high quality power supply has become an essential requirement in modern po...
The paper reports results of research into the influence of higher harmonics of the power source vol...
With the increasing number of power electronic devices added to the electrical distribution systems ...
A Power Quality problem is defined as a problem that results in voltage, current, or frequency devia...
Energy losses in a typical distribution system can be in a range of 6 to 10%, and it depends on the ...
Passing power through transmission and distribution lines causes a loss of some electrical energy in...
Harmonics are the by - products of modern electronic devices i.e. nonlinear loads,this harmonics by ...
In electrical power systems, losses occur as a result of various factors, both internal and external...
Non linear load currents generate increased losses in supply system elements, such as transformers, ...
Efficient use of energy, the increase in demand of energy and also with the reduction of natural ene...
Companies active in distribution or transmission of electrical energy know the power losses in their...
One of the outstanding and major problems in the transmission and distribution system is the losses....
Voltage drop and power and energy losses occur during the transmission of energy produced at power p...
Nowadays, both industrial and residential consumers use power electronics with the aim of rational u...
This paper investigates the harmonic distortion and losses in power distribution systems due to the ...
Abstract – The need for a high quality power supply has become an essential requirement in modern po...
The paper reports results of research into the influence of higher harmonics of the power source vol...
With the increasing number of power electronic devices added to the electrical distribution systems ...
A Power Quality problem is defined as a problem that results in voltage, current, or frequency devia...
Energy losses in a typical distribution system can be in a range of 6 to 10%, and it depends on the ...
Passing power through transmission and distribution lines causes a loss of some electrical energy in...
Harmonics are the by - products of modern electronic devices i.e. nonlinear loads,this harmonics by ...
In electrical power systems, losses occur as a result of various factors, both internal and external...