Induction motor loads are considered as the main dynamic load in distribution networks. The aim of this paper is to propose a method to identify and model induction motor loads based on the data from Phasor Measurement Point (PMU). In this method, the active power-voltage transfer function is extracted from PMUs data, and the location of zero and pole of this transfer function can be employed to identify and model the induction motor loads. The effectiveness of the proposed method is evaluated by simulation results
A composite load consists of static and dynamic loads. The main component of dynamic load is the ind...
Asynchronous loads (AL), because of their low negative-sequence resistance, produce the effect of re...
Various parameters in dynamic load models were determined from the normal operation data. Steady sta...
Induction motor loads are considered as the main dynamic load in distribution networks. The aim of t...
The objective of the paper is to carry out the load flow analysis of a distribution network in the c...
The objective of the paper is to carry out the load flow analysis of a distribution network in the c...
Online dynamic load modeling has become possible with the availability of Static Voltage Compensator...
Online dynamic load modeling has become possible with the availability of Static Voltage Compensator...
Load modeling plays an important role in power system operation and control. With increasingly compl...
Power factory Load flow sensitivity is a method used to obtain certain relationship between dependen...
Modelling the power systems load is a challenge since the load level and composition varies with tim...
Load modelling is a very important issue for the power system analysis. It affects the results of th...
This thesis focuses on the analysis of the dynamic behavior of the load from the measurement of stat...
Among the parameters of an induction motor, the dynamics are largely characterised by Inertia (H) an...
Among the parameters of an induction motor, the dynamics are largely characterised by Inertia (H) a...
A composite load consists of static and dynamic loads. The main component of dynamic load is the ind...
Asynchronous loads (AL), because of their low negative-sequence resistance, produce the effect of re...
Various parameters in dynamic load models were determined from the normal operation data. Steady sta...
Induction motor loads are considered as the main dynamic load in distribution networks. The aim of t...
The objective of the paper is to carry out the load flow analysis of a distribution network in the c...
The objective of the paper is to carry out the load flow analysis of a distribution network in the c...
Online dynamic load modeling has become possible with the availability of Static Voltage Compensator...
Online dynamic load modeling has become possible with the availability of Static Voltage Compensator...
Load modeling plays an important role in power system operation and control. With increasingly compl...
Power factory Load flow sensitivity is a method used to obtain certain relationship between dependen...
Modelling the power systems load is a challenge since the load level and composition varies with tim...
Load modelling is a very important issue for the power system analysis. It affects the results of th...
This thesis focuses on the analysis of the dynamic behavior of the load from the measurement of stat...
Among the parameters of an induction motor, the dynamics are largely characterised by Inertia (H) an...
Among the parameters of an induction motor, the dynamics are largely characterised by Inertia (H) a...
A composite load consists of static and dynamic loads. The main component of dynamic load is the ind...
Asynchronous loads (AL), because of their low negative-sequence resistance, produce the effect of re...
Various parameters in dynamic load models were determined from the normal operation data. Steady sta...