This paper deals with possible algorithms, which may ensure numerical stability of Newton-Raphson method in load flow analysis. Although the Newton-Raphson method is frequently used, it may have difficulties to obtain convergence. Oscillations, divergence or even convergence to unfeasible solutions may appear using traditional procedures. Therefore, various techniques (such as update truncation, factor relaxation, etc.) can be broadly employed to increase the reliability of the results obtained. The aim of this paper is to find the best available stability algorithm providing solutions with minimum number of iterations and lowest CPU time requirements
Load flow is an important tool used by power engineers for planning, to determine the best opera-tio...
Power flow study plays a fundamental role in the process of power system operation and planning. Of ...
Power flow analysis is a very important and fundamental tool for power system. Commercial power syst...
This paper deals with possible algorithms, which may ensure numerical stability of Newton-Raphson m...
Power flow studies are widely used and essential for steady state analysis on power systems. Robustn...
Load flow analysis is an important aspect of power system studies in both planning and operating are...
New, fast and reliable algorithms for solving load-flow problems are presented in this thesis. Each ...
Traditional load flow solution methods like Newton-Raphson has a great convergence characteristics w...
In this work, the performances of robust load flow methods are compared, in special when applied to ...
The power flow problem, in transmission networks, has been well solved, for most cases, using Newton...
A power system is a system that provides for the generation, transmission, and distribution of elect...
Power flow analysis is the backbone of power system analysis and design. They are necessary for plan...
In this thesis a new class of methods for solving power system load flows is developed, which is ca...
This paper introduces new models which approximate the AC loadflow problem, but are able to converge...
Abstract:- This paper proposes an alternative approach for Newton-Raphson power flow calculation, wh...
Load flow is an important tool used by power engineers for planning, to determine the best opera-tio...
Power flow study plays a fundamental role in the process of power system operation and planning. Of ...
Power flow analysis is a very important and fundamental tool for power system. Commercial power syst...
This paper deals with possible algorithms, which may ensure numerical stability of Newton-Raphson m...
Power flow studies are widely used and essential for steady state analysis on power systems. Robustn...
Load flow analysis is an important aspect of power system studies in both planning and operating are...
New, fast and reliable algorithms for solving load-flow problems are presented in this thesis. Each ...
Traditional load flow solution methods like Newton-Raphson has a great convergence characteristics w...
In this work, the performances of robust load flow methods are compared, in special when applied to ...
The power flow problem, in transmission networks, has been well solved, for most cases, using Newton...
A power system is a system that provides for the generation, transmission, and distribution of elect...
Power flow analysis is the backbone of power system analysis and design. They are necessary for plan...
In this thesis a new class of methods for solving power system load flows is developed, which is ca...
This paper introduces new models which approximate the AC loadflow problem, but are able to converge...
Abstract:- This paper proposes an alternative approach for Newton-Raphson power flow calculation, wh...
Load flow is an important tool used by power engineers for planning, to determine the best opera-tio...
Power flow study plays a fundamental role in the process of power system operation and planning. Of ...
Power flow analysis is a very important and fundamental tool for power system. Commercial power syst...