利用变频器提高电-气系统效率与节能:(以生产线为例)

Esraa M. Abd Elsadek, H. Ashour, Ragy Ali Refaat, M. Mostafa
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引用次数: 4

摘要

在大多数工业应用中,特别是在生产线上,电-气系统被认为是非常重要的组成部分。然而,这些系统经历能量损失,从而降低了系统效率。节能的第一步是选择最好的元件,然后使用合适的具有高响应和可靠性的控制器,如可编程逻辑控制(PLC)。也控制质量流量,从压缩机出来,通过电机性能的变化。该控制旨在通过压缩机降低功耗。本文用PLC控制了一条简单的瓶装水灌装生产线。系统压缩机已连接VFD (Variable Frequency Driver)。在自动化工作室软件中对气动系统进行仿真。在MATLAB®Simulink中对VFD进行了仿真,实验结果得到了验证。添加变频器通过增加扭矩和速度来改善电机性能,同时降低功耗。变频器还可以控制系统的生产效率。
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Efficiency Improvement and Saving Energy within Electro-Pneumatic System Using VFD : (case study: production line)
Electro-pneumatic systems are considered very important part in most of industrial application especially in production line. However these systems experiences loss in energy which consequently decrease the system efficiency. First step in energy saving is to choose the best components, then using suitable controller that has high response and reliability such as Programmable Logic Control (PLC). Also controlling mass flow that comes out from the compressor through motor performance variation. This control aims to reduce power consumption through the compressor. In this paper, a simple production line of filling water bottles is controlled by PLC. The system compressor is connected to Variable Frequency Driver (VFD). Pneumatic system is simulated in software called automation studio. VFD is simulated in MATLAB® Simulink and results are confirmed experimentally. Adding VFD improves the motor performance by increasing the torque and the speed while reducing the power consumption. VFD also can control the system productivity.
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