Most literature on fault location does not use field data. The most common approach is to
develop, check, and analyze fault-locating algorithms with EMTP models (EMTP is used
here as a generic name for electromagnetic transient programs, including ATP, DCG-EMTP,
EMTP-RV, PSCAD, and others). The glaring limitation of this approach is that the EMTP
models normally match the assumptions made when deriving the algorithm. Few researchers use
actual measurement data from fault measurements. One of the main purposes of this project is to
gather fault measurements to avoid that problem when analyzing and reviewing fault-locating
algorithms.
Most literature on fault location does not use field data. The most common approach is to develop, check, and analyze fault-locating algorithms with EMTP models (EMTP is used here as a generic name for electromagnetic transient programs, including ATP, DCG-EMTP, EMTP-RV, PSCAD, and others). The glaring limitation of this approach is that the EMTP models normally match the assumptions made when deriving the algorithm. Few researchers use actual measurement data from fault measurements. One of the main purposes of this project is to gather fault measurements to avoid that problem when analyzing and reviewing fault-locating algorithms.
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