AbstractThis paper analyzed the characteristics of electrified railway power supply combine of the status quo on electrified railway power supply and energy metering. According to the metering principle of the electrical energy meter, this essay theoretically analyzed the impact of harmonic of electrified railway on energy metering. By comparing the analytical laboratory and field test data, the adverse influence of harmonics generated by electrified railway power supply on energy metering is studied and come to a conclusion that the electrified railway user is less metered the power while the linear user is more metered
Abstract—This paper analyzes necessity of synthesis control of power quality aiming at characteristi...
High-order harmonic resonance is a key issue in the traction power supply systems (TPSS) of electric...
Abstract—The railway characteristic, which is concerned, as most utilities is unbalance produced by ...
In electric ac railways, a nonnegligible amount of active power and reactive power can be associate...
Active power is not carried solely by the fundamental component (either dc or ac) especially for hig...
Electrified railways are an example of AC single phase distribution networks. A non-negligible amoun...
International audienceElectrified railways are an example of AC single phase distribution networks. ...
AbstractThrough analysis of measure data on three 220kV transformer substation in Shanxi China, the ...
Electric railway systems (ERSs) have been challenged with harmonic issues since they have emerged. D...
To carry out the control and trade of electric energy, power and energy meters are used profusely. T...
To carry out the control and trade of electric energy, power and energy meters are used profusely. T...
This paper proposes a frequency analysis of the High-Speed Railway System. The analysis focuses on t...
Abstract:- With the progress of power electronic devices in electric railway, harmonics in power sys...
The paper reports some results of an experimental assessment conducted in order to evaluate the effe...
The High Speed/High Capacity railway lines uses the 2×25kV-50Hz power supply system that is supplied...
Abstract—This paper analyzes necessity of synthesis control of power quality aiming at characteristi...
High-order harmonic resonance is a key issue in the traction power supply systems (TPSS) of electric...
Abstract—The railway characteristic, which is concerned, as most utilities is unbalance produced by ...
In electric ac railways, a nonnegligible amount of active power and reactive power can be associate...
Active power is not carried solely by the fundamental component (either dc or ac) especially for hig...
Electrified railways are an example of AC single phase distribution networks. A non-negligible amoun...
International audienceElectrified railways are an example of AC single phase distribution networks. ...
AbstractThrough analysis of measure data on three 220kV transformer substation in Shanxi China, the ...
Electric railway systems (ERSs) have been challenged with harmonic issues since they have emerged. D...
To carry out the control and trade of electric energy, power and energy meters are used profusely. T...
To carry out the control and trade of electric energy, power and energy meters are used profusely. T...
This paper proposes a frequency analysis of the High-Speed Railway System. The analysis focuses on t...
Abstract:- With the progress of power electronic devices in electric railway, harmonics in power sys...
The paper reports some results of an experimental assessment conducted in order to evaluate the effe...
The High Speed/High Capacity railway lines uses the 2×25kV-50Hz power supply system that is supplied...
Abstract—This paper analyzes necessity of synthesis control of power quality aiming at characteristi...
High-order harmonic resonance is a key issue in the traction power supply systems (TPSS) of electric...
Abstract—The railway characteristic, which is concerned, as most utilities is unbalance produced by ...