A method for detecting the environment of electric power storage space

Abstract

The invention discloses a power storage space environment detection method, and the method employs a power storage space environment detection device. The method comprises a step of sending a positioning and environment detection request, a step of environment detection and power material positioning, a step of calculation and obtaining a final position, and a step of monitoring. Therefore, the method can achieve the indoor quick and accurate positioning, can master the position of power materials in real time, monitors the environment conditions of a power storage space, monitors the real-time conditions of power materials, achieves the reasonable deployment of workers, is effective in deployment, improves the work efficiency, and guarantees the quality and safety of power materials in a power storage space environment.

Description

technical field [0001] The invention relates to the field of wireless positioning, in particular to a method for detecting the environment of a power storage space. Background technique [0002] At present, under the guidance of national policies, power companies are actively responding and actively building an intelligent and scientific power material storage and distribution system, so that power materials can be managed scientifically and effectively, and material protection has been strengthened. The scientific and effective management of power materials has greatly improved the efficiency of materials query and deployment. [0003] However, with the development of human society, the quantity of electric power materials has become larger and larger, and most of the processing of electric power materials needs to be done manually. Locating its location can improve work efficiency, and a large number of power materials are stored in the storage space. The quality and safe...

AI Technical Summary

Problems solved by technology

[0004] At present, the number of power materials is large, and some of them are small in size. It is difficult to quickly search and effectively allocate materials without accurate positioning. Most positioning devices use GPS, but the positioning accuracy for logistics warehouses is low, and simple indoors It is too simple to achieve positioning by RSSI and TOA alone or in a simple combination, with low positioning accuracy and poor reliability, and there is no real-time positioning device specially set up for power materials in the prior art

[0005] In addition, there are no effective monitoring methods and devices in the prior art for the various locations and storage spaces of power materials, which poses hidden dangers to the quality and safety of power materials

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