Another Method for the Polar Coordinates Newton Raphson Power Flow Calculation

Yue Hua Huang; Bing Sen Xu; Yu Huan Jiang; Yan Zou

doi:10.4028/www.scientific.net/AMM.701-702.227

Paper Titles

Parallel Solvers on the GPU for Large-Scale Finite Element Equations
p.207

Prediction of siRNA Efficacy Using BP Neural Network and Support Vector Machine
p.214

A Self-Learning Algorithm for Primitive Actions’ Affordances of Nuclear Power Plant Maintenance Robot
p.219

Study on Simulation of Virtual Numerical Control Machining Process
p.223

Another Method for the Polar Coordinates Newton Raphson Power Flow Calculation
p.227

Scan Tree Design for 3-D ICs with Constraint of Leaf Nodes Number
p.231

Research on Modeling and Analysis of Testability for Complex Electronic System
p.236

Research and Design of Hydraulic Pipe System Based on the IDEF0 Method
p.241

Penalty Method Involving Electric Sliding Contact Problem
p.246

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 701-702Another Method for the Polar Coordinates Newton...

Another Method for the Polar Coordinates Newton Raphson Power Flow Calculation

Abstract:

With the development of the society, the power system flow calculation becomes more important. Another new method for the polar coordinates Newton Raphson power flow calculation was proposed according to the power system operating characteristics. This research eliminated the vacant of the Jacobian matrix completely, reduced the amount of computer memory requirements greatly and also canceled the inversion completely.