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Application of singular perturbation method for discrete two time scale R -model power system

机译:奇异摄动法在离散二阶R模型电力系统中的应用

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A two-time-scale, third order discrete power system model is taken for this study. It is represented as a one parameter singularly perturbed R- model discrete system. A Singular Perturbation Method (SPM) consisting of an outer series solution and one boundary layer correction (BLC) solution is developed for this model. BLC is required to retrieve the initial conditions that are lost in the process of degeneration and to improve the degenerate solution. SPM for R-model is presented for general nth-order approximate solution. Then Initial Value Problem (IVP) and Boundary Value Problems (BVP) of single area power system are studied using this SPM up to second-order approximation and these results are compared with the exact solution. The results validate the application.
机译:本研究采用两级三阶离散电源系统模型。它表示为一个参数奇摄动的R模型离散系统。针对此模型,开发了一种由外序列解和一个边界层校正(BLC)解组成的奇异摄动法(SPM)。需要BLC来检索退化过程中丢失的初始条件并改善退化的解决方案。针对一般的n阶近似解,提出了R模型的SPM。然后,使用该SPM直到二阶逼近,研究单区域电力系统的初值问题(IVP)和边值问题(BVP),并将这些结果与精确解进行比较。结果验证了该应用程序。

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