Intelligent electrical safety detection device based on EnOcean communication technology and operating method thereof

Abstract

The invention discloses an intelligent electrical safety detection device based on an EnOcean communication technology. The device comprises an intelligent electrical safety detector and a plurality of intelligent sockets, the intelligent electrical safety detector comprises a first signal processing module and a first signal acquisition module, a remote control switch module, a first EnOcean wireless communication module, and a 485 communication module separately connected with the first signal processing module, and each intelligent socket comprises a second signal processing module, and a second signal acquisition module and a second EnOcean wireless communication module separately connected with the second signal processing module. According to the device, ultra-low power consumption, remote communication and intelligent control can be integrated so that the intelligence level of home appliances is represented; the communication distance is guaranteed, and the ultra-strong anti-interference capability is also achieved; and compared with the same kind of technologies, the power consumption is low, the transmission distance is long, networking can be realized, a relay function is supported, and the stability and the security of the whole communication system can be guaranteed.

Description

technical field [0001] The invention relates to the technical field of electricity safety detection, in particular to an intelligent electricity safety detection device based on EnOcean communication technology and a working method thereof. Background technique [0002] With the continuous increase of social power load, the requirements for power supply reliability are constantly improving. As the last link of power supply to users, the operation status of power distribution equipment directly affects the quality of power supply to users. In recent years, due to the increase in load This has led to a gradual increase in faults such as heating and blowouts at the high and low voltage joints of distribution equipment (transformers, community substations, switching stations, cables, etc.). [0003] The current problems are: due to the large number of power distribution equipment, wide distribution and scattered, due to the limitation of the number of personnel and measuring equ...

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Problems solved by technology

[0003] The current problems are: due to the large number of power distribution equipment, wide distribution and scattered, due to the limitation of the number of personnel and measuring equipment, it is impossible to detect the monitoring of the distribution transformer in time, and it is impossible to find the defects in the operation in time. The current communication technology adopts Renting the GMS of the telecommunications company, the communication cost is high, and the real-time performance is poor, the transmitted data is limited, and it cannot meet the requirements of the condition maintenance of intelligent power distribution equipment

However, the use of 4G communication technology is expensive. For some applications, to realize electricity safety detection, more equipment is used, and a large number of SIM cards are required. The later use cost is too high. Compared with the existing wireless communication technology , low cost performance, high power consumption

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