The purpose of the method is to find a continuation parameter of power flow solutions for a given load change scenario, and improves continuation power flow ...
Abstract-The paper expounds a mixing continuous parameters selection-based Lagrange interpolation method and relevant variable step-size strategy for ...
In [21], the accuracy of CPF was improved by combining the methods of local parameterization and physical parameterization. In [22] , the accuracy of the ...
The improved continuous power flow method based on optimal parameter combination method can not only effectively improve the computational efficiency of ...
This paper presents two strategies to improve the conventional method. One is to evaluate the predicted solution with the nonlinear approximate predictor of the ...
The algorithmic continuation steps are guided by the prediction of Q-limit breaking point. A Lagrange polynomial interpolation formula is used in this method ...
This paper proposes a new continuation power flow calculation method in power systems. The continuation power flow calculation focuses on tracing power flow ...
In [22], the accuracy of the prediction value from the prediction step was improved by applying the Lagrangian interpolation method.
This paper presents a new continuation power flow method with the nonlinear predictor of the Lagrange's polynomial interpolation formula.
We propose an improved direct-forcing IB method involving retraction of the Lagrangian points, which considers the interphase momentum and heat transfer ...
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