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Accurate Power Sharing And Synthetic Inertia Control For Dc Building Microgrids With Guaranteed Performance

ACCURATE POWER SHARING AND SYNTHETIC INERTIA CONTROL FOR DC BUILDING MICROGRIDS WITH GUARANTEED PERFORMANCE

  • Project Code :
  • TEMAPE21
  • .

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ACCURATE POWER SHARING AND SYNTHETIC INERTIA CONTROL FOR DC BUILDING MICROGRIDS WITH GUARANTEED PERFORMANCE

Accurate Power Sharing and Synthetic Inertia Control for DC Building Microgrids With Guaranteed Performance

Abstract:

Direct current (DC) building microgrids allow the integrations of DC distributed energy resources (DERs) and loads with a simpler topology and the elimination of alternating current (AC) system issues, such as frequency transients and harmonics. Because of the domination of power-electronics- interfaced generators, islanded DC microgrids in general present very low inertia, which reveals subtle stability threats to the systems. In addition, the conventional droop-based DER power-sharing mechanisms may suffer from poor power-sharing accuracy and DC bus voltage deviations that require secondary restorations. In this paper, a novel control scheme for building-scale islanded DC microgrids is proposed based on finite control set model predictive control (FCS-MPC). A new DER power-sharing mechanism is devised by introducing a current-sharing vector in the controller formulation, which eliminates bus voltage deviation during load/DER fluctuation and offers plug-and-play capabilities. Moreover, for the first time, virtual capacitance control for DC microgrids is implemented in an FCS-MPC manner to enhance the adaptive synthetic inertia of DC bus.

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