… to the harmonic analysis of a 10-bus AC/DC power system. Section 6 concludes the work. …
during the iterations and therefore do not need to be recalculated after each iteration. This is …

… This study presents the initialisation of a hybrid alternating current/direct current (AC/DC)
power system to … An iterative AC/DC PF is used in [19] for estimating the MMC's operating point …

… design and stability analysis of the power system. This paper … are not only necessary for
harmonic analysis, but also the frequency … , often obtained by an iterative process. To include the …

… in harmonic analysis of power system. However, developing models for nonlinear components
is a difficult task and incorporating harmonics/inter-harmonics … the entire power systems …

… propagation are for further harmonic analysis. This review will help reader to understand the
following … through an iterative process, where nonlinear current sources corresponding to all …

… or harmonics from ac–dc converters makes that harmonics and … , and state harmonics
vectors are iteratively updated, as … filters, and stability of powerelectronic-based power systems. …

… traditional iterative methods need many alternative iterations and … alternating iterative
power-flow algorithm for hybrid AC–DC power … -flow algorithm for a hybrid power system with VSC. …

… In addition, it produces high output ripples and high harmonic … increased costs, size, and
weight to the overall system [10]. … interruptible power supply systems, induction heating systems, …

… [10] an ac/dc OPF algorithm is proposed, using the non-linear power flow equations, iteratively
… which use thyristors as power electronic switches, require large harmonic filters as well as …

… , most systemoriented approaches for harmonic analysis do … to be recalculated in each
iteration of the Newton-Raphson … to study AC/DC and converter interactions in a power system. …