Abstract. 

The article presents the structure of the original sensor network for monitoring the state of cryogenic equipment in an industrial cluster, implemented on the basis of the concept of the Internet of Things, which implements advanced achievements in the field of technologies for energy-efficient wireless data networks used in industrial monitoring systems. The technologies for remote monitoring of the state of cryogenic equipment are characterized and the expediency of using low-power sensor networks based on long-range modules designed to send small data packets powered by batteries that do not require recharging and maintenance for several years is substantiated. A functional model for monitoring the state of cryogenic capacitive equipment has been developed, and the decomposition of the monitoring process into key operations has been shown. The implementation of network monitoring of stationary and transport cryogenic equipment based on low-power autonomous telemetry modules is described. A schematic diagram of an autonomous telemetry device for a cryogenic transport tank container based on a long-range module is proposed, the use of which allows solving the problem of organizing remote monitoring of the state of transport cryogenic vessels at the level of an industrial cluster.

Keywords: 

remote monitoring, tank container, LoRa, LoRaWAN, Internet of Things, non-drainage storage.

PP. 28-35.

DOI: 10.14357/20790279230404 

EDN: WQCGLI

 

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