This paper develops a novel four-stage power flow solver for ill-conditioned systems. Although the developed solver could be considered efficient, it is not competitive with the Newton-Raphson method in well-conditioned cases. With the aim of being fully competitive in a wide range of cases and scenarios, the developed algorithm is integrated within a novel efficient solution paradigm. As a result, a robust and efficient solution framework, competitive in both well and ill-conditioned cases, is obtained. The new proposals are tested in various well and ill-conditioned cases from 30-, to 13,659-buses. Results obtained with the developed solvers are promising
This paper implements the Optimal Multiplier Load Flow Method (OMLFM) in polar coordinate form to ca...
Abstract-The ac power flow problem can be solved efficiently by Newton's method. Only five iter...
A power system is a system that provides for the generation, transmission, and distribution of elect...
In this work, the performances of robust load flow methods are compared, in special when applied to ...
© 2019 Load Flow (or power flow) is the most essential analysis for power system planning, operation...
Power Flow solution of realistic ill-conditioned systems has recently attracted huge attention. Neve...
This paper presents a load flow calculation method using Runge-Kutta and IWAMOTO methods for ill con...
The Step Size of the Newton Raphson Method (SSNRM) is based on the optimal multiplier that is used t...
This paper presents a novel Power-Flow solution paradigm based on the structure of the members of th...
According to the definition of [1], an ill-conditioned power system can be described as this system ...
This thesis analyzes and tests some new solution techniques for the optimal power flow problem. This...
The purpose of this thesis is to expand the rigor of the development of new power flow solvers throu...
Current and future developments in the power system industry demand fast power flow solvers for larg...
Abstract:- This paper proposes an alternative approach for Newton-Raphson power flow calculation, wh...
The paper describes a newly developed algorithm for power flow solution based on a complex admittanc...
This paper implements the Optimal Multiplier Load Flow Method (OMLFM) in polar coordinate form to ca...
Abstract-The ac power flow problem can be solved efficiently by Newton's method. Only five iter...
A power system is a system that provides for the generation, transmission, and distribution of elect...
In this work, the performances of robust load flow methods are compared, in special when applied to ...
© 2019 Load Flow (or power flow) is the most essential analysis for power system planning, operation...
Power Flow solution of realistic ill-conditioned systems has recently attracted huge attention. Neve...
This paper presents a load flow calculation method using Runge-Kutta and IWAMOTO methods for ill con...
The Step Size of the Newton Raphson Method (SSNRM) is based on the optimal multiplier that is used t...
This paper presents a novel Power-Flow solution paradigm based on the structure of the members of th...
According to the definition of [1], an ill-conditioned power system can be described as this system ...
This thesis analyzes and tests some new solution techniques for the optimal power flow problem. This...
The purpose of this thesis is to expand the rigor of the development of new power flow solvers throu...
Current and future developments in the power system industry demand fast power flow solvers for larg...
Abstract:- This paper proposes an alternative approach for Newton-Raphson power flow calculation, wh...
The paper describes a newly developed algorithm for power flow solution based on a complex admittanc...
This paper implements the Optimal Multiplier Load Flow Method (OMLFM) in polar coordinate form to ca...
Abstract-The ac power flow problem can be solved efficiently by Newton's method. Only five iter...
A power system is a system that provides for the generation, transmission, and distribution of elect...