Wireless inclination angle measurement system applied to wind driven generator tower cylinder detection

Abstract

The invention relates to a wireless inclination angle measurement system applied to wind driven generator tower cylinder detection. The system comprises one or more wireless receiving and transmission nodes and a computer terminal, and the wireless receiving and transmission nodes are connected with the computer terminal through a wireless network and installed on the inner wall of a tower cylinder. Each wireless receiving and transmission node comprises an MEMS inclination angle sensing module, a voltage stabilization module, an A/D switching module, a microprocessor, a temperature sensor, a Zigbee receiving and transmission module, a power module and a WIFI module, each voltage stabilization module, the corresponding MEMS inclination angle sensing module and the corresponding A/D switching module are sequentially connected, the output end of each A/D switching module and the output end of the corresponding temperature sensor are connected with the corresponding microprocessor, each microprocessor is in bi-directional connection with the corresponding Zigbee receiving and transmission module and the corresponding WIFI module, and each WIFI module is connected with the computer terminal. Compared with the prior art, the wireless inclination angle measurement system has the advantages of being small in size, low in weight and power consumption, high in reliability and sensitivity, convenient to install and the like.

Description

technical field [0001] The invention relates to an inclination measurement system, in particular to a wireless inclination measurement system applied to wind power generator tower detection. Background technique [0002] As environmental pollution becomes more and more serious and energy consumption continues to increase, traditional power generation methods such as thermal power generation and hydropower generation are more and more recognized by people as being unfavorable to the environment. New energy such as wind power and solar power is gaining attention from enterprises and governments. Due to the influence of factors such as stratum movement and rock-soil medium complexity, the weight of the tower itself, self-vibration, wind force, blade-chassis-tower coupling and other factors, the tower or tower of the wind turbine will have a Certain offset. When the deviation exceeds the safe range, the tower will cause major accidents such as toppling and endangering the safe...

AI Technical Summary

Problems solved by technology

At present, there is no wireless inclination measurement system for wind turbine tower detection that effectively combines micromechanical system (MEMS) and wireless sensor network (WSN) technology, and realizes temperature compensation, filtering and anti-interference processing.

[0004] Chinese patent 201010245707.0 discloses a method and device for wind turbine tilt detection. This invention includes the following steps: build a hardware platform, the hardware includes an automatic digital level and a central control system; the automatic digital level collects data, and the central control system processes and analyzes the collected data. Finally, the maximum value and maximum position of the separation generator can be obtained, which has the disadvantages of large volume, large power consumption, and cumbersome installation.

Images