Data-Driven estimation of frequency response from ambient synchrophasor measurements

Keyphrases

• Analytical Condition 50%
• Blackout 50%
• Correlation Approach 50%
• Data-driven Estimation 100%
• Dynamic Model 50%
• Dynamic Study 50%
• Eastern Interconnection 50%
• Electromechanical Wave 50%
• Electromechanical Wave Propagation 50%
• Florida 50%
• Frequency Response 100%
• Generative Models 50%
• Generator Speed 50%
• High-order 50%
• Interconnection System 50%
• Measurement Basis 50%
• Numerical Results 50%
• Oscillation Mode 50%
• Power Network 50%
• Power Systems Frequency Response 50%
• Propagation Time 50%
• Real-time Grid Operation 50%
• Speed Data 50%
• Synchrophasor Measurements 100%
• Synchrophasor Technology 50%
• System Frequency Response 50%
• Wave Propagation Model 50%

Engineering

• Crosscorrelation 66%
• Early Work 33%
• Frequency Response 100%
• Phasor Measurement Unit 100%
• Power Engineering 33%
• Real Data 33%
• Speed Data 33%
• System Frequency 66%