Simulation models for IEC 61850 communication in electrical substations using GOOSE and SMV time-critical messages

Leon, Hector; Montez, Carlos; Stemmer, Marcelo Ricardo; Vasques, Francisco

doi:10.1109/wfcs.2016.7496500

Cited by 22 publications

(6 citation statements)

References 13 publications

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“…IEC 61850 adalah standar komunikasi untuk Sistem Otomasi Gardu Induk (SOGI). IEC 61850 ini mendefinisikan model informasi dan layanan yang digunakan untuk komunikasi antara Intelligent Electronic Device (IED) di gardu induk [3]. IEC 61850 merupakan keluarga standar komunikasi yang menetapkan protokol penamaan perangkat, data dan jaringan komunikasi yang terkait dengan otomatisasi gardu tenaga listrik.…”

Section: Pendahuluanunclassified

Implementasi GOOSE (IEC61850) pada Sistem Otomasi Gardu Induk di PLN UPDL Semarang

Manshury¹

2022

ECT

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PLN sudah banyak menerapkan Sistem Otomasi Gardu Induk (SOGI), khususnya pada gardu induk baru ataupun penambahan bay baru pada Gardu Induk Konvensional. Penerapan SOGI ini tentunya tidak lepas dari protokol IEC 61850 yang merupakan protokol standar pada SOGI. Salah satu komunikasi yang penting dalam protokol IEC 61850 ini adalah GOOSE (Generic Object Oriented Substation Event). Dalam GOOSE dikenal GOOSE publisher dan GOOSE subscriber. Langkah yang dilakukan dalam penelitian ini adalah kajian literatur, konfigurasi GOOSE publisher, GOOSE subscriber, dan pengujian. Berdasarkan hasil uji coba yang telah dilakukan , maka dapat disimpulkan bahwa GOOSE publisher (IED proteksi merk Scheneider tipe P141) dapat mengirimkan data ke jaringan ethernet (IEC 61850) dan GOOSE subscriber (IED controller/BCU merk Siemens tipe 7SJ642) bisa menerima data dari GOOSE publisher. GOOSE ini dapat diimplementasikan pada IED yang sama-sama support IEC 61850 walupun dari merk/pabrikan yang berbeda. Untuk implementasinya di lapangan,GOOSE dapat digunakan untuk interlocking, tripping, blocking dan lain-lain, di mana GOOSE ini menggantikan hardwire. Dengan implementasi GOOSE pada Sistem Otomasi Gardu Induk diharapkan dapat mengurangi biaya dan waktu untuk instalasi hardwire.

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Section: Pendahuluanunclassified

Implementasi GOOSE (IEC61850) pada Sistem Otomasi Gardu Induk di PLN UPDL Semarang

Manshury¹

2022

ECT

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“…We developed in a previous work [13] a tool to automatically generate a network architecture from IEC 61850 network configuration files. This work is based on the one made by Léon et al [14], where an IEC 61850 model was proposed. Even though we can run simulations with scenarios that make it easier to get the worst case delay, the latter may actually never be reached since the worstcase is rare event during simulations.…”

Section: A Related Workmentioning

confidence: 99%

Determining a tight worst-case delay of switched Ethernet network in IEC 61850 architectures

Docquier

Song

Chevrier

et al. 2020

2020 IEEE 45th Conference on Local Computer Networks (LCN)

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IEC 61850 has become the reference standard for Substation Automation Systems (SAS) in smart power grids. Switched Ethernet is used for machine to machine communication within SAS. In order to meet stringent realtime constraints, the IEC 61850 application layer protocols can be mapped into different IEEE802.1Q priorities according to their real-time constraints and application criticality. However, the delay evaluation to guarantee realtime requirements can be difficult to perform, especially for lower priority but still real-time constrained traffic. In fact, most existing end-to-end worst-case delay analyses provide upper-bounds, leading to some pessimism and consequently network resource over-provision. In this paper, we present a new method for determining a tight worst-case delay. This method is based on the study of flow characteristics from a given network path. As a flow is interfered by other concurrent flows on its path, their relative offsets with the considered flow greatly impact on its delay. Studying all combinations to find the actual worst-case delay results in high complexity. We show that this complexity can be reduced by only analysing local worst-case delay at each switch in stead of the whole path where the change at each switch would need re-analysing the already analysed switches. An algorithm is also proposed to perform the analysis. An illustrating example shows that our method can reduce the pessimism as it provides the tight worst-case delay instead of the upper-bound of the worst-case delay.

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“…The same scenario presented in Figure 4 was assessed using a set of simulation models developed for the OMNeT++ and INET frameworks, previously presented in [33] and available in [34]. In addition to the simulation models originally available in OMNeT++, a set of specific models were developed for the simulation of elements of an SAS control bus.…”

Section: Simulation Assessmentmentioning

confidence: 99%

“…The following abbreviations are used in this manuscript: In this appendix, we present the conformance statements of the proposed simulator that provide the required elements to assess IEC 61850 process bus deployments. A preliminary description of this simulator tool was presented in [33], and additional information about the simulator library and its corresponding source-code is available at [34].…”

Section: Conflicts Of Interestmentioning

confidence: 99%

Real-Time Analysis of Time-Critical Messages in IEC 61850 Electrical Substation Communication Systems

et al. 2019

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IEC 61850 is a standard for the design and operation of electrical Substation Automation Systems (SAS) that defines how data may be transferred among Intelligent Electronic Devices (IEDs). The defined data models can be mapped into application protocols, such as SV or GOOSE, which may run upon high speed Ethernet LANs bridged by IEEE 802.1Q compliant switches. The communication system must cope with the timing requirements associated to protective relaying strategies. Given the time constrained nature of SAS applications, a thorough analysis of its timing behavior is required. In this paper, we propose an analytical model for the timing assessment of SV and GOOSE message exchanges in an IEC 61850 process bus. The proposed model allows the communication timing assessment, by analyzing the response time of each message stream of the SAS. This feature is an advantage for the expansion of the SAS, as it allows the evaluation at design time of the maximum number of IEDs that can be supported by the underlying communication system. The results from the proposed analytical model were validated for a typical IEC 61850 communication scenario, both through simulation and through an experimental assessment with IEC 61850 compliant equipment.

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Simulation models for IEC 61850 communication in electrical substations using GOOSE and SMV time-critical messages

Cited by 22 publications

References 13 publications

Implementasi GOOSE (IEC61850) pada Sistem Otomasi Gardu Induk di PLN UPDL Semarang

Implementasi GOOSE (IEC61850) pada Sistem Otomasi Gardu Induk di PLN UPDL Semarang

Determining a tight worst-case delay of switched Ethernet network in IEC 61850 architectures

Real-Time Analysis of Time-Critical Messages in IEC 61850 Electrical Substation Communication Systems

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