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Intelligent Emplacement System of Electrical Switchgear Based on Information Fusion form Multi Sensors and Three-Dimensional Modeling

Nowadays, the integration of informatization and intelligence abilities into the process of various kinds of infrastructure construction. As being inseparable from the construction of power grid system in any geographical area, power system is an important basic infrastructure and its informatization and intelligence level should even be emphasized. To be specific, switchgears play a core role in the power system, however, at present, their installation process can still be recognized as a type of “labor-intensive” work, which means that in most cases, they can only be handled and installed manually, and even a very little carelessness in these processes might cause great personal safety and property losses. Till now, few scholars have put forward their views on the emplacement of switchgear in the construction stage of power system. In this paper, based on multi-sensor data fusion and three-dimensional (3D) modeling technology, the intelligent emplacement method of electrical switchgear has been studied, and a set of effective installation scheme has been put forward, which can not only solve the problems of operation safety and efficiency in manual construction, but realize the effective monitoring of the whole process of construction and installation as well, so that the emplacement process can be traced, and the confusion phenomenon of on-site construction can be greatly reduced.