Developing Laboratory Exercise in IEC 61850 Standard
Wu, Liang (2010)
Wu, Liang
Vaasan ammattikorkeakoulu
2010
All rights reserved
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2010060911844
https://urn.fi/URN:NBN:fi:amk-2010060911844
Tiivistelmä
The main objective of this thesis is to integrate the knowhow related to the IEC61850 standard to the laboratory exercises of a data transmission course. This is done through a careful design of the experimental set up, selection of tools and devices and description of laboratory tasks and objectives.
The experimental setup provides step by step configuration of the devices to be used in different tasks. Selection of tools is according to the configuration required for a specific lab session, however, the detail of tools and devices are described in this document. The description of laboratory tasks involves the work to be done by the students during the laboratory hours. The entire laboratory exercise is divided into three parts: Digital Input Implementation of VAMP Feeder Manager, GOOSE message activated by an on/off event and GOOSE message activated by threshold event.
In addition to the written instructions of the telecommunication laboratory exercise for students and supervisor, the project provides detailed decoding information of GOOSE messages and a specific instruction for reading before the laboratory exercises.
This thesis principally describes the design, structure and implementation process of the laboratory exercises using VAMP Feeder Manager 257. Reliability of laboratory experiment is achieved through several tests.
Laboratory exercises documentation is not included in this document but delivered separately to the concerned teacher to be used in his lab course.
The experimental setup provides step by step configuration of the devices to be used in different tasks. Selection of tools is according to the configuration required for a specific lab session, however, the detail of tools and devices are described in this document. The description of laboratory tasks involves the work to be done by the students during the laboratory hours. The entire laboratory exercise is divided into three parts: Digital Input Implementation of VAMP Feeder Manager, GOOSE message activated by an on/off event and GOOSE message activated by threshold event.
In addition to the written instructions of the telecommunication laboratory exercise for students and supervisor, the project provides detailed decoding information of GOOSE messages and a specific instruction for reading before the laboratory exercises.
This thesis principally describes the design, structure and implementation process of the laboratory exercises using VAMP Feeder Manager 257. Reliability of laboratory experiment is achieved through several tests.
Laboratory exercises documentation is not included in this document but delivered separately to the concerned teacher to be used in his lab course.