Application of the normal form of vector fields to predict interarea separation in power systems

Keyphrases

• Power System 100%
• Inter-area 100%
• Nonlinear Interaction 100%
• Time-dependent Simulation 100%
• Vector Field 100%
• System Behavior 66%
• System Variables 66%
• Complex Dynamics Behavior 66%
• Fundamental Mode 66%
• Interaction Coefficient 66%
• System Separation 66%
• Mode Separation 66%
• Separation Type 66%
• System Response 33%
• System Equations 33%
• Loading Conditions 33%
• Resonance Condition 33%
• Large Disturbance 33%
• Behavior Type 33%
• Oscillation Mode 33%
• System Control 33%
• Nonlinearity 33%
• Modal Interaction 33%
• Evolution Behavior 33%
• System Dynamic Behavior 33%
• Heavily Loaded 33%
• Nonlinear Systems 33%
• Dominant Mode 33%
• Separation Mechanism 33%
• Local Behavior 33%
• Normal Form Method 33%
• Higher-order Terms 33%
• Relative Size 33%
• Nonlinear Transformation 33%
• Nonlinear Modal Interaction 33%
• Participation Factor 33%
• Power Transmission Network 33%
• Interaction Index 33%
• Plant Behavior 33%
• Modal Structure 33%
• Normal Form Analysis 33%

Engineering

• Power Engineering 100%
• Dynamic Behavior 100%
• Closed Form Solution 100%
• Vector Field 100%
• System Behavior 66%
• Simulation Result 66%
• Mode Separation 66%
• Fundamental Mode 66%
• Test System 33%
• Systems Dynamics 33%
• System Response 33%
• System Equation 33%
• Loading Condition 33%
• Control System 33%
• Simulation Time 33%
• Dominant Mode 33%
• Nonlinearity 33%
• Nonlinear System 33%
• Power Transmission Network 33%