Wireless and real-time monitoring system for large electrical power equipment in in-transit double-shaft inclination angle state

Abstract

The invention relates to a wireless and real-time monitoring system for large electrical power equipment in an in-transit double-shaft inclination angle state, which belongs to the technical field of transport monitoring of large electrical power equipment, and aims at providing a device capable of accurately and wirelessly monitoring the large electrical power equipment in a double-shaft inclination angle state for a long time. The technical scheme is as follows: the wireless and real-time monitoring system comprises a centralized controller, a router and a wireless and real-time inclination angle monitoring device, wherein the centralized controller is mounted in a cab of a large electrical power equipment carrying vehicle; the router is mounted at the top end of the large electrical power equipment; the wireless and real-time inclination angle monitoring device is mounted at the front end or the rear end of the large electrical power equipment; the centralized controller, the router and the wireless and real-time inclination angle monitoring device can be in communication by a wireless network; the centralized controller is used for storing messages sent by the router and the wireless and real-time inclination angle monitoring device; and the wireless and real-time inclination angle monitoring device comprises a high-precision double-shaft inclination angle sensor for collecting the message of the large electrical power equipment in the double-shaft inclination angle state. The wireless and real-time monitoring system can be widely applied to the transport field of the large electrical power equipment.

Description

technical field [0001] The present invention relates to a wireless real-time monitoring system for the dual-axis inclination angle of large electric parts in transit, which belongs to the technical field of transportation monitoring of large electric parts. Background technique [0002] For large-scale transportation of power equipment, the National Development and Reform Commission issued DL / T 1071-2007 "Specification for Large-scale Electric Power Transportation" in July 2007, and it began to be implemented on December 1 of that year. , pre-preparation, organization and implementation, and project summary have made procedural regulations on the transportation of large-scale electric power; large-scale electric equipment is the basic component of the smart grid, with the characteristics of ultra-long, ultra-wide, and over-weight, and its own value is high, The production cycle is long, once a safety and quality accident occurs in the transportation link, it will cause serio...

AI Technical Summary

Problems solved by technology

[0004] 1. The inclination angle monitoring system does not have real-time monitoring performance, and only plays an auxiliary role for the operator when hoisting large facilities;

[0005] 2. In the entire hoisting, traction, and transportation links, there is no real-time early warning of the inclination;

[0007] Due to these problems, great losses are often caused. For example, in June 2008, there were a number of large-scale electric power transportation accidents in Shanxi Province, which caused irreparable losses to the construction of the national grid, especially for UHV projects. , peak summer and other key power projects were put into operation on sche

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