一种基于无线数据实时传输的风机机组能效测量装置

Na Guo, N. Yin, Xuemei Yang, Shan He, Guanxi Wang, Yayong Mu, Xihao Liu, Mao Li, Zhen Yu, Lin Zhou
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引用次数: 0

摘要

针对现有风机机组能效专业测量装置适用范围有限、效率低的问题,研制了一种新型风机机组能效测量装置,每个测量点都实现实时无线数据传输。它有一台主控计算机和三台辅助微机作为控制和处理核心。数据采集设备由电电能质量分析仪、气压传感器、温湿度传感器和大气压传感器组成,数据传输依靠485通信和Zigbee无线模块,解决了配电柜与风机机组距离较远,有线数据传输不便的问题。并在上位机的两个操作界面上分别显示风机机组和电机的工作状态,达到一举两得的目的。在工业企业的实际应用证明了该方法的准确性、稳定性和可靠性。此外,它还可以提高测试效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Measuring Device for Energy Efficiency of Fan Unit Based on Wireless Data Transmission in Real-Time
Due to the limited range of application and low efficiency of the existing professional measuring devices for energy efficiency of fan unit, a new-type device to measure the energy efficiency of fan unit has been developed with real-time wireless data transmission for every measurement point. It has a main control computer and three assistant microcomputers as control and processing cores. Data acquisition equipments are composed of electrical power quality analyzer, air pressure sensors, temperature and humidity sensors and atmospheric pressure sensor, and data transmission relies on 485 communication and Zigbee wireless modules to solve the inconvenience of wired data transmission caused by long distance between power distribution cabinet and fan unit. Moreover, working statuses of fan unit and motor are respectively shown on two operation interfaces of upper computer, achieving dual purpose. The practical application in industrial enterprise has demonstrated its accuracy, stability and reliability. In addition, it can improve the testing efficiency.
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