A Novel Approach to Robust Control Design and Analysis for Power Systems

本项目主要研究电力系统在接近极限时的控制策略。我正在尝试将L的无穷稳健性结果扩展到包括复信号。这对于电力系统的稳健性分析特别有意义，因为负荷变化和网络导纳的变化会导致处理复杂导纳的不确定性。此外，高压直流输电和静止无功补偿控制将被纳入鲁棒性控制程序。提出了一套系统的高压直流输电和静止无功补偿控制参数的设计方法。提出的分析方法和发展的算法将在实际电网上进行测试，并将得到的结果与常规分析的结果进行比较。

This project focuses on control strategies for power systems when they are operating near their limits. I is attempting to extend the L infinity robustness results to include complex signals. This of specific interest to the robustness analysis of power systems, were load changes and network admittance changes result in uncertainty dealing with complex admittances. In addition, the HVDC and SVC control will be incorporated in the robustness control procedure. A systematic procedure to design HVDC and SVC control parameters is also proposed. The analytical methods proposed and the algorithms developed will be tested on a realistic power network and the results obtained will be compared with those obtained by conventional analysis.