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    Item type:Publication,
    Modular synthesis of DC grids through ordinary differential equations
    The ongoing penetration of the electrical grids by converter-interfaced generation poses new challenges for stability analysis. This paper provides a new methodology for modular synthesis of complex grids via ordinary differential equations as a basis for a subsequent possible small-signal stability analysis. The methodology is demonstrated on a DC wind park topology with voltage-controlled turbines. After linearizing the nonlinear system at its operating point, the linear state-space model can be obtained to calculate eigenvalues and participation factors. The objective is to present a clear and rigorous methodology, along with a transparent mathematical derivation of the system equations.
    Publicationtype: Conference Paper
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