Abstract
The target of the project was to develop applications which observe the functions of a protection system by using modern microprocessor based relays. Microprocessor based relays have three essential capabilities: communication with the SCADA, the internal clock to produce time stamped event data, and the capability to register certain values during the fault. Using the above features some new functions for event analysis were developed in the project
Jaerventausta, P;
Paulasaari, H;
[1]
Partanen, J
[2]
- Tampere Univ. of Technology (Finland)
- Lappeenranta Univ. of Technology (Finland)
Citation Formats
Jaerventausta, P, Paulasaari, H, and Partanen, J.
Event analysis in a primary substation.
Finland: N. p.,
1998.
Web.
Jaerventausta, P, Paulasaari, H, & Partanen, J.
Event analysis in a primary substation.
Finland.
Jaerventausta, P, Paulasaari, H, and Partanen, J.
1998.
"Event analysis in a primary substation."
Finland.
@misc{etde_289914,
title = {Event analysis in a primary substation}
author = {Jaerventausta, P, Paulasaari, H, and Partanen, J}
abstractNote = {The target of the project was to develop applications which observe the functions of a protection system by using modern microprocessor based relays. Microprocessor based relays have three essential capabilities: communication with the SCADA, the internal clock to produce time stamped event data, and the capability to register certain values during the fault. Using the above features some new functions for event analysis were developed in the project}
place = {Finland}
year = {1998}
month = {Aug}
}
title = {Event analysis in a primary substation}
author = {Jaerventausta, P, Paulasaari, H, and Partanen, J}
abstractNote = {The target of the project was to develop applications which observe the functions of a protection system by using modern microprocessor based relays. Microprocessor based relays have three essential capabilities: communication with the SCADA, the internal clock to produce time stamped event data, and the capability to register certain values during the fault. Using the above features some new functions for event analysis were developed in the project}
place = {Finland}
year = {1998}
month = {Aug}
}