Dynamic Phasors in Energy Processing Systems

I: Theory of Dynamic Phasors.- Background.- Dynamic Fourier Phasors.- Efficient Estimation of Dynamic Phasors.- Beyond Phasors: Constant-bandwidth Transforms.- Beyond Phasors: Variable-bandwidth Transforms.- II: Modeling and Control Applications of Dynamic Phasors.- Power Electronic Converters.- Electric Machines and Power Systems.- III: Applications to Power Flow in Electric Energy Processing Systems.- Power Quality in Steady-state.- Power Flow in the Presence of Transients.- Appendices.- Linear System With Periodic Excitation.- Duration & Bandwidth of Window Functions.- Lagrange Identity.- Variance Components for Grouped Data.- Orthogonal Decomposition of Periodic Polyphase Current Waveforms.- Geometric Algebra.- a Least-squares Approach to Dynamic Phasor Estimation.- Cycle-averaging of Instantaneous Metrics.- Tellegen's Theorem and Network-conservative Power Metrics.- Fundamentals of Euclidean and Hilbert Spaces.- State-space Model for Symmetrical Sequence Components.- Example Scenarios

Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.

• Geração e distribuição de energia
• Engenharia electrotécnica

Subcycle phasors;Time-frequency representation;Control of power electronics;Polyphase waveform space;Subcycle power metrics;Decomposition of apparent power;Dynamic phasors;Estimation of polyphase phasors;Dynamic power quality metrics;Control of power systems;Power system state estimation