Abstract—With the scale of power grid being enlarged, the
structure is more complex, the possibility of failure also showed
a trend of growth, it made that the fault equipment can be
promptly and accurately diagnosed after the fault and require a
fast search for optimal recovery path, thus crying for the
development of fault diagnosis and recovery system for the
safety of power grid. A fault diagnosis and recovery system is
designed and realized in this paper which will provide help for
scheduling personnel by monitoring module, fault diagnosis,
fault recovery and human-computer interaction. After the fault,
the system can diagnosis the fault devices and provide the
optimal recovery path for the unfaulted area. The proposed
system has been put into operation and proved to be valid.
Index Terms—Power grid, monitor, fault diagnosis, fault recovery, human-computer interaction.
The authors are with Power Operation and Maintenance Department of Hegang Power Supply Company (e-mail: email@example.com).
Cite:Feng Shuo and Ma Haifeng, "Design and Realization of Regional Power Grid Fault Diagnosis and Restoration System," International Journal of Machine Learning and Computing vol.3, no. 5, pp. 445-448, 2013.