Based on Single-Chip Adaptive Fuzzy Algorithm Escalator Energy-Saving Control System

Hao Liu, Hong He, Sheng-Lei Han, Jin-Rong Yang, Lei Su, Fang Liu
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引用次数: 3

Abstract

To solve the problem caused by the inherent design of AC motor that 20%~40% energy of traditional escalator goes to waste in vain in the form of heat, this paper puts forward to the best control project of the escalator energy-saving control-adopting instantaneous detect technology, single-chip control, intelligent control system with speed control and voltage control and frequency converter, based on adaptive fuzzy algorithm to diagnose the fault of the escalator, detect dynamic state person (two class) by single-chip control, automatic transformation escalator frequency converter controller's work method like speed control and voltage control, and safety monitor protection circuit to optimize the performance of the escalator. The practice shows that energy can be saved more than 40% by this system.
基于单片机自适应模糊算法的自动扶梯节能控制系统
针对传统自动扶梯由于交流电机的固有设计导致20%~40%的能量以热量的形式白白浪费的问题,提出了自动扶梯节能控制的最佳控制方案——采用瞬时检测技术、单片机控制、带速度控制和电压控制的智能控制系统以及变频器,基于自适应模糊算法对自动扶梯进行故障诊断。通过单片机控制对动态人(两班)进行检测,自动变换扶梯变频器控制器的速度控制、电压控制等工作方式,以及安全监控保护电路,优化扶梯的性能。实践表明,该系统可节能40%以上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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