Presently there is a great interest in underground cable transmission lines in extra high and high voltage level networks. The undergrounding of the transmission system can lead to the decrease of the resonance frequencies resulting in high overvoltages and possible power system component damages. It is therefore necessary to analyze possible resonance problems in the mixed power transmission system. In this work a frequency dependent model for transmission systems is implemented and the frequency scan results are presented. In order to gain a better understanding of the nature and extent of the resonance, a resonance mode analysis is also executed. The proposed procedure is tested on two examples: a ten-node power system and the Swiss extr...
This paper gives some examples of harmonicissues that can occur when long ac cables are connected in...
International audiencePower converters are an essential part of modern power systems, giving flexibi...
AC traction systems are 1 x 25 or 2 x 25 kV 50-Hz single-phase, non-linear, time-varying loads that ...
Presently there is a great interest in underground cable transmission lines in extra high and high v...
Presently there is a great interest in underground cable transmission lines in extra high and high v...
The understanding of harmonics propagation in power systems recently gained interest. In high-voltag...
Medium to long-distance underground ac lines and both short- and long-distance HVdc are frequently i...
Maintaining the robustness and stability of the Nordic power systemis an essential task nowadays. Th...
Resonance modes at harmonic frequencies in electrical networks are a serious problem. They arise due...
Due to a rising share of power electronic devices in power networks and the consequent rise in harmo...
Electrical transmission line can be approached by the second order system with the model of capaciti...
Harmonic resonance is an important factor to be considered in a power transmission networks during c...
A series resonance between the leakage transformer inductance and HV cable capacitance can be excite...
This thesis is centred around a form of resonance analysis for power systems known as Harmonic Reson...
Increase in the amplitude of current harmonics at a resonance frequency could lead to high voltage h...
This paper gives some examples of harmonicissues that can occur when long ac cables are connected in...
International audiencePower converters are an essential part of modern power systems, giving flexibi...
AC traction systems are 1 x 25 or 2 x 25 kV 50-Hz single-phase, non-linear, time-varying loads that ...
Presently there is a great interest in underground cable transmission lines in extra high and high v...
Presently there is a great interest in underground cable transmission lines in extra high and high v...
The understanding of harmonics propagation in power systems recently gained interest. In high-voltag...
Medium to long-distance underground ac lines and both short- and long-distance HVdc are frequently i...
Maintaining the robustness and stability of the Nordic power systemis an essential task nowadays. Th...
Resonance modes at harmonic frequencies in electrical networks are a serious problem. They arise due...
Due to a rising share of power electronic devices in power networks and the consequent rise in harmo...
Electrical transmission line can be approached by the second order system with the model of capaciti...
Harmonic resonance is an important factor to be considered in a power transmission networks during c...
A series resonance between the leakage transformer inductance and HV cable capacitance can be excite...
This thesis is centred around a form of resonance analysis for power systems known as Harmonic Reson...
Increase in the amplitude of current harmonics at a resonance frequency could lead to high voltage h...
This paper gives some examples of harmonicissues that can occur when long ac cables are connected in...
International audiencePower converters are an essential part of modern power systems, giving flexibi...
AC traction systems are 1 x 25 or 2 x 25 kV 50-Hz single-phase, non-linear, time-varying loads that ...