Mutual coupling modeling in transmission lines directly in the phase domain

Silva, R. C.; Costa, Éder Silva; Kurokawa, Sérgio; Pissolato, J.

doi:10.1109/epec.2011.6070229

Cited by 7 publications

(6 citation statements)

References 9 publications

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“…The explicit modeling of the mutual parameters in TLM represents a difficult issue because there is no consensus on the physical frequency-dependent modeling of the longitudinal parameters between two phases [17]. A usual tool to overcome this problem is by using modal decoupling techniques based on a modal transformation matrix.…”

Section: Multiconductor Modeling Of Transmission Lines Using Modal Tementioning

confidence: 99%

Frequency-dependent multiconductor line model based on the Bergeron method

Caballero

Costa

Kurokawa

2015

Electric Power Systems Research

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a b s t r a c tA new multiconductor transmission line model is proposed based on the method of characteristics. The conventional Bergeron model is characterized by the line representation using constant lumped parameters. The novel content of this paper is the inclusion of the frequency effect in the longitudinal parameters by fitting techniques and three-phase representation of the Bergeron line model. This new feature enables to extend the application of the Bergeron method for simulation of electromagnetic transient in three-phase systems, considering fast and impulsive transients composed of a wide range of frequencies.

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Section: Multiconductor Modeling Of Transmission Lines Using Modal Tementioning

confidence: 99%

Frequency-dependent multiconductor line model based on the Bergeron method

Caballero

Costa

Kurokawa

2015

Electric Power Systems Research

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“…By assuming a balanced three-phase line with symmetrical components, the mutual coupling among the three main phase lines can be neglected [16]. Furthermore, the shunt admittance can be neglected as they contribute for < 5% for power lines that are less than 80 km in length [17]. Therefore, the interference between the different single-phase lines can be neglected in comparison to the interference among the same single-phase line of different ports.…”

Section: B Plc Channel Modelmentioning

confidence: 99%

A novel front-hauling architecture under centralized radio access network (C-RAN)

et al. 2022

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Residential power line is considered a cost-effective communication media for building a digital indoor distributed network thanks to its ubiquity in the indoor environment. This paper investigates a front-hauling system under the split centralized radio access network (C-RAN) architecture, aiming to examine the feasibility of implementing common public radio interface (CPRI) over power line communication (PLC) channels. Particularly, we introduce a novel device called CPRI-PLC gateway (CPG) that provides a virtual CPRI link over the PLC channel to ensure high reliability and efficiency in delivering the CPRI hyper-frames (HFs) between the data unit (DU) and radio unit (RU). We examine the proposed CPRI over PLC system via extensive simulations in terms of the achievable throughput and reliability.Index Terms-Centralized radio access network (C-RAN), common public radio interface (CPRI), front-haul, hybrid automatic repeat request (H-ARQ), impulsive noise detection & re-transmission (IND-Re), power line communication (PLC). I. INTRODUCTIONI N 5G communication systems, the user mobile data traffic is expected to reach more than seven-fold over the user data traffic in 2017, where the expected average mobile network data rate is 28.5 Mbps by 2022 [1]. [2] considers that deployment of low-power small base stations (BSs) is the most effective solution to meet this demand. This is particularly critical in the case of indoor service provisioning, in which the antennas should be located as close to the users as possible for line-of-sight (LOS) transmissions.In [3], Huawei proposed the digital indoor distributed network (DIDN) as a promising indoor coverage solution in the evolution to 5G. The typical DIDN characteristics are met by the namely split C-RAN, which divides a conditional base station (BS) into three entities, i.e., central unit (CU), distributed unit (DU), and radio unit (RU) [4]. RUs, performing like active antennas, are distributed in each indoor chamber to Manuscript

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“…The explicit modeling of the mutual parameters in TLM represents a critical issue because there is no consensus on the physical frequency-dependent modeling of the longitudinal parameters between two phases [10]. A usual tool to overcome this problem is the use of modal decoupling techniques and modal transformation matrices.…”

Section: Modal Decoupling Of Three-phase Transmission Linesmentioning

confidence: 99%

Alternative Phase-domain Model for Multi-conductor Transmission Lines Using Two Modal Transformation Matrices

Carvalho

Costa

Kurokawa

et al. 2015

Electric Power Components and Systems

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A new model for multi-conductor transmission lines is proposed based on an alternative modal decoupling technique. The line decoupling is accomplished using two modal transformation matrices: the real and constant Clarke's matrix and a reduced frequencydependent matrix for decoupling the remaining mutual terms in the impedance and admittance matrices (quasi-modes). This procedure results in a simple matrix formulation in the frequency domain, which time-domain results can be obtained using inverse transforms. The proposed line model provides accurate results because the phases of a multi-conductor line are decoupled into exact propagation modes from a second modal transformation, using a reduced frequencydependent matrix. Each propagation mode is modeled in the frequency domain as three independent two-port circuits. The proposed model is evaluated in the frequency and time domains based on results obtained from the line modeling using the exact modal transformation matrix of the line. The advantage of the proposed line model is the simplified modeling based on a constant and real matrix and a reduced matrix with dimension two per two instead a frequencydependent transformation matrix with dimension three per three.

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Mutual coupling modeling in transmission lines directly in the phase domain

Cited by 7 publications

References 9 publications

Frequency-dependent multiconductor line model based on the Bergeron method

Frequency-dependent multiconductor line model based on the Bergeron method

A novel front-hauling architecture under centralized radio access network (C-RAN)

Alternative Phase-domain Model for Multi-conductor Transmission Lines Using Two Modal Transformation Matrices

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