Add to ORKGA new method for obtaining an estimate of the state of a power system using weighted least absolute value (WLAV) techniques is presented. This paper shows how the WLAV es-timator simultaneously detects and rejects bad data while obtaining an accurate estimate of the state. The test results presented show that the WLAV estimates, obtained with or without bad data present, are comparable to the estimates obtained by a weighted least squares (WLS) estimator using only good data. 1
Power system state estimation derives a real-time network model by extracting information from a red...
In power system state estimation, the robust least absolute value robust dynamic estimator is well k...
State estimation of power system is an important tool for operation, analysis and forecasting of ele...
The weighted least squares performance index test conventionally used in power system static state e...
The weighted least squares (WLS) estimator is commonly employed to solve the state estimation proble...
Thesis (Ph.D.), Electrical Engineering, Washington State UniversityAlthough the state estimator has ...
Power system state estimation (PSSE) is an energy management system function responsible for the com...
With the development of modern society, the scale of the power system is rapidly increased according...
Power system state estimation is based on an iterative process for solving the weighted least square...
State estimation plays a key role in the operation of power systems. This role becomes more importan...
This paper introduces a novel Least Squares (LS) observer for the state estimation in power system u...
This paper presents a comparative study between three least squares-based state estimators. The stud...
This paper purpose is to implement a computational program to estimate the states (complex nodal vol...
This thesis provides a novel method to improve distribution system state estimation by an effective ...
The state of an electrical power system is the vector of voltage magnitudes and voltage angles at ea...
Power system state estimation derives a real-time network model by extracting information from a red...
In power system state estimation, the robust least absolute value robust dynamic estimator is well k...
State estimation of power system is an important tool for operation, analysis and forecasting of ele...
The weighted least squares performance index test conventionally used in power system static state e...
The weighted least squares (WLS) estimator is commonly employed to solve the state estimation proble...
Thesis (Ph.D.), Electrical Engineering, Washington State UniversityAlthough the state estimator has ...
Power system state estimation (PSSE) is an energy management system function responsible for the com...
With the development of modern society, the scale of the power system is rapidly increased according...
Power system state estimation is based on an iterative process for solving the weighted least square...
State estimation plays a key role in the operation of power systems. This role becomes more importan...
This paper introduces a novel Least Squares (LS) observer for the state estimation in power system u...
This paper presents a comparative study between three least squares-based state estimators. The stud...
This paper purpose is to implement a computational program to estimate the states (complex nodal vol...
This thesis provides a novel method to improve distribution system state estimation by an effective ...
The state of an electrical power system is the vector of voltage magnitudes and voltage angles at ea...
Power system state estimation derives a real-time network model by extracting information from a red...
In power system state estimation, the robust least absolute value robust dynamic estimator is well k...
State estimation of power system is an important tool for operation, analysis and forecasting of ele...