Digital delivery method and system for power equipment

Abstract

The invention provides a digital delivery method and system for power equipment, and the method comprises the steps: enabling a digital delivery module connected with any sub-equipment to send a data packet B to a digital delivery substation in sequence when the delivery of the sub-equipment is carried out; when the digital delivery substation continuously receives two identical data packets B, the digital delivery substation judges that the digital delivery module initiates a positioning process of digital delivery of the equipment, determines sub-equipment information to be delivered according to the data packets B, and enters the positioning process; and after entering the positioning process, the digital delivery substation obtains the signal strength values RSSI of the two received same data packets B, and calculates the distance between the sub-equipment and the digital delivery substation, thereby realizing sub-equipment positioning in the sub-equipment delivery process. The whole-course automatic tracking of the delivery position and state of the power equipment with a plurality of sub-equipment is carried out, so that a power equipment user can conveniently install and manage the power equipment.

Description

technical field [0001] The present invention relates to the field of electric power technology, in particular to a method and system for digital delivery of electric power equipment. Background technique [0002] At present, the installation and testing of equipment with multiple sub-devices are mostly done manually. The arrival and installation time of each sub-equipment is different. It is impossible to automatically track the whole process from the factory, and optimize the installation process and sequence. Only when the equipment arrives at the site After that, coordinate the installation and waste a lot of time and human resources for coordination and management. During the operation of the equipment, there is no effective means to obtain the real-time status of the equipment. Especially in the power system environment, some key equipment is out of operation during maintenance. When a fault or accident occurs, it relies on these protective devices to protect the syste...

AI Technical Summary

Problems solved by technology

[0002] At present, the installation and inspection of equipment with multiple sub-equipment is mostly done manually, and the arrival and installation time nodes of each sub-equipment are different. It is impossible to start the whole process of automatic tracking from the time the equipment leaves the factory, and optimize the installation process and sequence. We can only wait for the equipment to arrive at the site. Finally, coordinate the installation, wasting a lot of time and human resources for coordination and management

During the operation of the equipment, there is no effective means to obtain the real-time status of the equipment. Especially in the power system environment, some key equipment is out of operation during maintenance. When a fault or accident occurs, rely on these protective devices to protect the system, equipment and personal safety, but forgetting to put them into operation due to human negligence will cause incalculable consequences

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