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<p>This article introduces a reliable and effective current control technique in a standalone microgrid. Voltage and current regulation in these systems encounters challenges due to nonlinearities and uncertainties, necessitating a robust and consistent control approach. To address this, an innovative control strategy combining extended state observer and synergetic control is proposed to regulate the load-injected current. The control strategy is implemented and evaluated using MATLAB simulation, considering various load types and parametric uncertainties. The simulation results demonstrate the controller’s effectiveness in ensuring the microgrid’s reliability and achieving accurate voltage and current control despite the uncertainties and external disturbances.</p>

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An Optimized Synergetic Control Combined with Extended State Observer to Enhance a Standalone AC Microgrid

  • 期刊论文

  • 发表日期：

    2025年7月20日

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  • M. Nasir,
  • Saif Sinan,
  • R. C. Bansal,
  • M. S. Suleiman

摘要

This article introduces a reliable and effective current control technique in a standalone microgrid. Voltage and current regulation in these systems encounters challenges due to nonlinearities and uncertainties, necessitating a robust and consistent control approach. To address this, an innovative control strategy combining extended state observer and synergetic control is proposed to regulate the load-injected current. The control strategy is implemented and evaluated using MATLAB simulation, considering various load types and parametric uncertainties. The simulation results demonstrate the controller’s effectiveness in ensuring the microgrid’s reliability and achieving accurate voltage and current control despite the uncertainties and external disturbances.