Intelligent monitoring system for transportation of large wind turbine generator blades

Abstract

The invention relates to an intelligent monitoring system for transportation of large wind turbine generator blades. The intelligent monitoring system is characterized by being mainly composed of an intelligent sensing system, a data collecting and transmitting system and an intelligent transportation state analyzing system; the intelligent sensing system is connected with a tool vehicle and the blades through tools and fixtures; the data collecting and transmitting system is located in an electrical cabinet arranged on the tool vehicle and connected with the intelligent sensing system to collect and process corresponding signals and supplies processed data to the intelligent transportation state analyzing system in a specific format through a wireless network; the intelligent transportation state analyzing system runs on handheld equipment, displays information collected by the data collecting and transmitting system in a specific mode, analyzes the information to obtain the current states of the blades and the vehicle through judgement and gives operation guidance and early danger warning to driving or managing personnel.

Description

technical field [0001] The invention relates to an intelligent monitoring system for transportation, in particular to an intelligent monitoring system for blade transportation of large-scale wind power generators. It belongs to the technical field of transportation engineering. Background technique [0002] Due to the increase in size of wind turbines, relatively long wind turbine blades are commonly used for wind turbines, for example, 60 meter long blades. The transport of the wind turbine blades for such large wind turbines presents considerable logistical problems for the transport and erection of the wind turbine. Wind turbines are usually installed in areas with good wind resources on the top of the mountain. The temporary construction of roads in mountainous areas is limited by the terrain, and there will be many road conditions that are not conducive to transportation, such as continuous uphill and downhill, turning on the cliff, and turning around the mountain. At...

AI Technical Summary

Problems solved by technology

At present, the blade tooling trucks are controlled and managed based on the experience of the operators during the transportation process, which cannot effectively prevent risks; the attitude of the blades cannot be effectively monitored during the transportation process; the risks in the blade transportation include: tooling truck overturning, specific configuration Heavy blades reach the limit of elevation angle and rotation angle, the speed of the vehicle is too fast under harsh conditions, and the blade sweeps through obstacles and hangs, which increases the damage rate of the product and greatly affects the product quality

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