Agundis-Tinajero, G.

Guerrero, Josep M.

Núñez-Gutiérrez, C.

Peña-Gallardo, R.

Savaghebi, Mehdi

Segundo-Ramírez, J.

Visairo-Cruz, N.

IEEE Transactions on Smart Grid

This paper presents the application of Newton-based methods in the time-domain for the computation of the periodic steady state solutions of microgrids with multiple distributed generation units, harmonic stability and power quality analysis. Explicit representation of the commutation process of the power electronic converters and closed-loop power management strategies are fully considered. Case studies under different operating scenarios are presented: grid-connected mode, islanded mode, variations in the Thevenin equivalent of the grid and the loads. Besides, the close relation between the harmonic distortion, steady state performance of the control systems, asymptotic stability and power quality is analyzed in order to evaluate the importance and necessity of using full models in stressed and harmonic distorted scenarios

Harmonic Issues Assessment on PWM VSC-Based Controlled Microgrids using Newton Methods

Gibran Agundis-Tinajero

Juan Segundo-Ramirez

Rafael Pena-Gallardo

Nancy Visairo-Cruz

Ciro Nunez-Gutierrez

Josep M. Guerrero

Mehdi Savaghebi

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Harmonic Issues Assessment on PWM VSC-Based Controlled Microgrids Using Newton Methods

http://vbn.aau.dk/files/234370979/Main_Document.pdf

Harmonic Issues Assessment on PWM VSC-Based Controlled Microgrids using Newton Methods

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