A Smart Exhibition Platform of Power Measurement Vehicle based on the GIS and GPS Techniques

Chao Tang, Jufang Xie, Dong Hu, Jiao Li


A kind of embedded, GIS and GPS centered, smart exhibition platform of power system engineering vehicle were developed in this paper. The system was composed by three parts, which is the vehicle terminal, the server software platform and the monitoring center. The Windows NT Server, Oracle software and VB.NET were used as the developing tools. Together with the GIS and GPS technologies, the N-tier Architecture and the reusable component technology were used to display the real time information of engineering vehicle. The trial operation in the Chongqing Power Electrical Corp. indicated that, with the special structure, the application program development has no connection with the software platform, the heterogeneous database interaction is very convenient, and the system is open, safety and efficient. This smart exhibition system enhanced the dispatching management on the power measurement engineering vehicle, improved the reaction ability on the sudden accident of power equipment and power measurement equipment, and played an important role in the safety maintenance of power grid as well as the loss decrease caused by the measurement errors of power measurement equipment.


power system, engineering vehicle, smart exhibition, GIS, GPS

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International Journal of Online and Biomedical Engineering (iJOE) – eISSN: 2626-8493
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