The over-voltage fault in the distribution network needs to respond and deal with in time
because of its great destructiveness to the power equipment and system. When the power …

Over-voltage faults in the distribution grid need to respond and deal with power equipment
in time due to their great damage to power equipment and systems. When the power system …

Given the shortcomings of the traditional distribution network overvoltage protection in terms
of delay, this paper adopts edge computing to improve the effectiveness of the distribution …

With the continuous improvement of power grid intelligence, it is necessary to build
intelligent and information-based distribution network. This paper presents an intelligent …

When the low-voltage distribution network breaks down, it needs to respond quickly, and the
method of finding fault by manual line inspection is time-consuming and laborious. In order …

With economic development and the increasing scale of power grids, power grid systems
have increasingly higher requirements for fault handling efficiency. At present, 10kV faults …

With the implementation of the “three-type two-network, world-class” strategy, the
requirements for building a ubiquitous power Internet are proposed. In order to further …

Using traditional automation technology for fault early warning and location of low-voltage
distribution network has some disadvantages, such as complex technology implementation …

Because the existing methods ignore the influence of the boundary characteristics of the
disturbance stability region, the early warning effect is not good. For this reason, an …

As an important part of power grid aggregation and distribution, the distribution network is
becoming more and more important and intelligent with the development of the Internet of …