Insu Kim, "An approximate model for calculating three-phase line series impedance using the knee point selection method," International Transactions on Electrical Energy Systems, Vol. Donghyeon Lee, Seungwan Son, and Insu Kim, " Optimal a llocation of l arge- c apacity d istributed g eneration with the Volt/Var c ontrol c apability u sing p article s warm o ptimization, " Energies, Vol. Haesung Jo, Jaemin Park, and Insu Kim, " Environmentally constrained optimal dispatch method for combined cooling, heating, and power systems using two-stage optimization, " Energies, Vol. Insu Kim, "A New Single-Logarithmic Approximation of Carson’s Ground-Return Impedances-Part 1," IEEE Access, Vol. Insu Kim, " The Expected Values of Self- and Mutual Impedances of Overhead Lines and Impacts of on Sags and Phase Conductor Imbalances: Part 2 ," IEEE Access, Vol. Jaemin Park, Haesung Jo, Insu Kim, "The selection of the most cost-efficient distributed generation type for a combined cooling heat and power system used for residential customers," Energies, Vol.14. Seung-Wan Son, Dong-Hyeon Lee, Insu Kim, Changhyun Chung, Hyoungkwon Kim, Dongjin Yoon, Joohan Lee, "A New Design of the Objective Function for the Optimal Allocation of Distributed Generation with Short-Circuit Currents," Journal of Electrical Engineering & Technology, Vol. Kwonchul Kim, Youngjae Kim, Beopsoo Kim, and Insu Kim, "A Study on Optimizing Underground Cable Maintenance and Replacement Cycles," Journal of Electrical Engineering & Technology, Vol.18, No. Insu Kim, Beopsoo Kim, and Denis Sidorov, "Machine Learning for Energy Systems Optimization," Energies, Vol. Beopsoo Kim and Insu Kim, "A case study of stand-alone hybrid power systems for a data center using HOMER and DIgSILENT," Energy Reports, Vol. Zimmerman RD, Murillo-Sanchez CE, Thomas RJ (2011) MATPOWER: steady-state operations, planning, and analysis tools for power systems research and education.(Accepted) Jiyeon Jang, Dohun Kim, and Insu Kim, "Singularity handling for unbalanced three-phase transformers in Newton-Raphson power flow analyses using Moore-Penrose Pseudo-inverse," IEEE Access, 2023. ![]() North HollandĬuyt A, Petersen VB, Verdonk B, Waadeland H, Jones WB (2008) Handbook of continued fractions for special functions. J Approximation Theory 91(2):139–204Ĭuyt A, Wuytack L (1987) Nonlinear methods in numerical analysis. Stahl H (1997) The convergence of padé approximants to functions with branch points. Stahl H (1989) On the convergence of generalized padé approximants. North American Power Symposium, Manhattanīaker G, Graves-Morris P (1996) Padé approximants, series: encyclopaedia of mathematics and its applications. Subramanian MK, Feng Y, Tylavsky D (2013) PV bus modeling in a holomorphically embedded power-flow formulation. Subramanian MK (2014) Application of holomorphic embedding to the power-flow problem. Trias A (2015) Fundamentals of the holomorphic embedding load-flow method,. IEEE PES GM, San Diegoīaghsorkhi SS, Suetin SP (2015) Embedding AC power flow with voltage control in the complex plane: the case of analytic continuation via padé approximants,. ![]() Trias A (2012) The holomorphic embedding load flow method. ![]() IEEE Trans Ind Appl 24(5):870–877Ījjarapu V, Christy C (1992) The continuation power flow: a tool for steady state voltage stability analysis. Schaffer MD, Tylavsky DJ (1988) A nondiverging polar-form Newton-based power flow. Iwamoto S, Tamura Y (1981) A load flow calculation method for Ill-conditioned power systems. ![]() IEEE Trans Power Apparatus Syst PAS-97(5):1586–1599 Iwamoto S, Tamura Y (1978) A fast load flow method retaining nonlinearity. Tinney W, Hart CE (1967) Power flow solution by newton’s method. Popovic DS, Levi VA (1992) Extension of the load flow model with remote voltage control by generator.
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