Title :
Practical applications of peer-to-peer messaging in industrial facilities
Author :
Wester, Craig ; Adamiak, Mark
Author_Institution :
GE Digital Energy Multilin, Buford, GA, USA
Abstract :
The IEC61850 standard enables several benefits when using an Ethernet network, such as high speed device-to-multi-device communications with both digital and analog values and between different vendors, and a common data naming format and structure. This paper will briefly review the key elements of IEC61850 protocol including network requirements and discuss the minimum wiring design that can be applied to IEC61850 installations within industrial sites and power plants. Several practical applications of IEC61850 protocol will be discussed, such as zone interlocking bus protection scheme, main-tie-main bus transfer scheme, device tripping and resetting, oscillography cross triggering, load shedding scheme using analog and digital GOOSE, and process bus applications.
Keywords :
IEC standards; local area networks; peer-to-peer computing; power plants; protocols; substation automation; substation protection; Ethernet network; IEC61850 protocol; IEC61850 standard; analog GOOSE; data naming format; data structure; device tripping; digital GOOSE; high speed device-to-multidevice communications; industrial facility; load shedding scheme; main-tie-main bus transfer scheme; minimum wiring design; oscillography cross triggering; peer-to-peer messaging; power plants; process bus applications; zone interlocking bus protection scheme;
Conference_Titel :
Pulp and Paper Industry Technical Conference (PPIC), Conference Record of 2012 Annual IEEE
Conference_Location :
Portland, OR
Print_ISBN :
978-1-4673-0406-1
DOI :
10.1109/PPIC.2012.6293015