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Exact and efficient approach in static assessment of Available Transfer Capability (ATC)

机译:可用传输能力的静态评估精确和有效的方法(ATC)

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This paper suggests an exact approach to deal with static assessment of Available Transfer Capability (ATC). It caters an expanded Newton Raphson-seydel (NRS) to see the problem from different point of view. Conventional Newton Raphson (NR) method has the singularity problem over its Jacobian matrix and thus could fail to get the solution. Continuation Power Flow (CPF) method is a very powerful method that can get the solution without having the singularity problem. The CPF method is improved here using the new CPF-GMRES method. NRS commonly recognize as an old method but it is fast and accurate. All in all, the expanded NRS method is reliable and faster than CPF-GMRES and even NRS. The proposed approach is demonstrated on practical 350 bus network in IRAN (Khorasan region).
机译:本文表明了处理可用转移能力(ATC)静态评估的精确方法。它迎合了一个扩展的牛顿拉文申-Seydel(NRS)来看出不同的观点。传统的牛顿Raphson(NR)方法在其雅各比亚矩阵上具有奇点问题,因此可能无法获得解决方案。延续电流(CPF)方法是一种非常强大的方法,可以在不具有奇点问题的情况下获得解决方案。这里使用新的CPF-GMRES方法改进CPF方法。 NRS通常识别为旧方法,但它是快速准确的。总而言之,扩展的NRS方法可靠,比CPF-GMRES甚至NRS更快。拟议的方法在伊朗(Khorasan Region)的实际350巴士网络上进行了证明。

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