Communication protocols in substation automation and IEC 61850 based proposal

Horálek, Josef; Matyska, Jan; Soběslav, Vladimír

doi:10.1109/cinti.2013.6705214

Cited by 27 publications

(15 citation statements)

References 4 publications

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“…The average and standard deviation are 2100 and 160 µs, respectively. As a result, and as shown by (2), the DDS delay time is 1100 µs. Table 1 summarizes the results for these two study cases.…”

Section: Case (2) Dds Publish-subscribe Over the Network Layermentioning

confidence: 77%

Data-Centric Communication Framework for Multicast IEC 61850 Routable GOOSE Messages over the WAN in Modern Power Systems

2020

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In this paper, a data-centric communication framework is proposed for multicast routable generic object-oriented substation event (GOOSE) messages (MRGM) over the wide area network (WAN) for effective substation-to-substation (SS2SS) and substation to control center (SS2CC) communications. In this structure, the IEC 61850 GOOSE message is transmitted over the WAN using the data distribution service (DDS) as a fast, reliable, and secure data-centric communication middleware. The main feature of this framework is its multicast capability, where several authorized subscribers can receive a published message simultaneously. This can significantly improve the system monitoring and control of the protection systems in modern smart grids, where intelligent schemes can be applied. The effectiveness of the proposed platform, in terms of total end-to-end delay between participants, is evaluated through experimental results obtained from the actual hardware-based test setup developed at the Florida International University (FIU) smart grid testbed. The results demonstrate that the latency between sending and receiving a GOOSE message among participants is within its maximum time span defined by the IEC 61850-90-5 working group for communications over the WAN.

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Section: Case (2) Dds Publish-subscribe Over the Network Layermentioning

confidence: 77%

Data-Centric Communication Framework for Multicast IEC 61850 Routable GOOSE Messages over the WAN in Modern Power Systems

2020

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“…The main contributions of the numerical relays are the accurate sensitivity, digital showing the instantaneous measurements, fault recorder function and the protection IEDs has the function to be used with IEC 61850 protocol for sending and receiving data. In order to provide distance protection between two substations, IEC 61850 protocol can uses with the protection numerical relay for accelerating the protection scheme depending on the fiber optic cable to be linked between the two remote and local protection IEDs [50]. The timing requirement of the protection scheme to operate during a fault being very critical, such as interlocking and blocking, the protection IEDs must act quickly within 4-ms, which can cover by the IEC 61850 stander [51].…”

Section: Iec 61850 For Aided Trip Schemementioning

confidence: 99%

“…This facility important at the line fault near one side which the remote IED protection relay calculate the fault impedance in the zone two boundaries, which will send the trip order after 200 ms to 500 ms delay time. IEC 61850 communication scheme will accelerate the isolation fault to be an instantaneous trip in both sides by adjusting the zone 1 to transport the signal to the remote IED which configure to trip at carrier receive with starting zone 2 distance protection [50]. Fig.…”

Section: Iec 61850 For Aided Trip Schemementioning

confidence: 99%

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2020

JESTR

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The substation automation technologies are considered as the highlights points to innovation with the researchers and electric companies, which resulted in the development of numerous protocols and standards. The high voltage substation control system is considered as one of the main challenges to reach the optimum operating system. In the past, it's difficult to re-install the protection or control relay by a different manufacturer, to avoid the log-off the communication with the substation control system. The International Electro-Technical Commission (IEC) 61850 protocol is a new technique for the communication and remote control of the Substation Automation System (SAS). IEC 61850 protocol is a more flexible communication system for control, fast for operation, high accuracy measurements and interoperability between many different manufactures Intelligent Electronic Devices (IEDs). The Generic Object-Oriented Substation Event (GOOSE) is the light important function in IEC 61850 protocol to represent a status function from the remote IEDs to operates in the local IEDs. This paper discusses the substation automation system control depending on the IEC 61850 communication protocol for the optimum automation system. The simulation in this paper has been validated with 220.0 kV transmission line and 220.0/66.0 kV power transformer to discusses the actual operating system for control, alarms, status, and measurements.

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“…Um protocolo SGé definido como um barramento que define métodos padronizados de comunicações lógicas entre entre IEDs em subestações elétricas, equipamentos de processo primário, dispositivos secundários e Sistemas de Supervisão e Aquisição de Dados (SCADA, do inglês Supervisory Control and Data Acquisition), que coexistem em um mesmo ecossistema do operador de energia. Os principais protocolos legados SG para automação de subestações são o DNP3 [IEEE 2012] e o IEC 61850 [IEC61850 2020], eles estão presente em praticamente todos os sistemas de automação e controle de subestações [Horalek et al 2013] [Ortega et al 2016 A garantia de plena interoperabilidade entre IEDs legados e os demais sistemas de energia se apresenta como desafio constante ao longo de todos esses anos de vida da SG. No escopo dessa pesquisa, partimos do pressuposto que os IEDs legados precisam ser incorporados a IoT para que possam convergir em uma SG-Cloud-IoT, de modo que sejam acessados de forma ubíqua para coleta e análise de dados.…”

Section: Introductionunclassified

SG2IoT - Uma Arquitetura para Integração de Dispositivos Elétricos Inteligentes de Abordagem Legada em Sistemas Smart Grid Baseados na IoT

Modesto¹,

Neto²,

Rosário³

et al. 2021

Anais Do XIII Simpósio Brasileiro De Computação Ubíqua E Pervasiva (SBCUP 2021)

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A interoperabilidade entre os sistemas e os dispositivos eletrônicos inteligentes (IEDs) legados, utilizados pela Smart Grid, tornou-se uma questão importante, visto que cada fabricante pode adotar um padrão diferente. Para integração de IEDs legados em um ambiente Smart Grid baseados na IoT, introduzimos o SG2IoT (do inglês Legacy Smart Grid to IoT Protocol Integration Approach), que permite a coexistência de múltiplos IEDs em um ambiente escalável e flexível possibilitado pelo ecossistema SG-Cloud-IoT. A avaliação da proposta foi realizada por prototipagem em uma bancada de testes laboratorial com tecnologias reais, visando validação da arquitetura proposta e uma estimativa de impacto no custo pelo seu uso.

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Communication protocols in substation automation and IEC 61850 based proposal

Cited by 27 publications

References 4 publications

Data-Centric Communication Framework for Multicast IEC 61850 Routable GOOSE Messages over the WAN in Modern Power Systems

Data-Centric Communication Framework for Multicast IEC 61850 Routable GOOSE Messages over the WAN in Modern Power Systems

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SG2IoT - Uma Arquitetura para Integração de Dispositivos Elétricos Inteligentes de Abordagem Legada em Sistemas Smart Grid Baseados na IoT

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