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Implementation of hybrid fuzzy plus PID controller in real time steam temperature control

机译:实时蒸汽温度控制中混合模糊加PID控制器的实现

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This paper presents the comparative studies between hybrid fuzzy plus PID with different membership function and PID controller. The purposed in designing controller is to regulate the steam temperature to the operating point in order to achieve some objectives such as stability, transient performances and optimizes the economic function. The steam temperature has the great impact on the quality of the oils. The results show that HFPID using 49 rules produced better performances since provides fast transient response and small steady state error. It's pushes the output to attain steady state much faster with a small error. Consequently, it will significantly reduce the power consumption.
机译:本文介绍了具有不同隶属函数和PID控制器的混合模糊加上PID的比较研究。设计控制器中的用途是将蒸汽温度调节到操作点,以实现诸如稳定性,瞬态性能的一些目标,并优化经济功能。蒸汽温度对油的质量产生了很大影响。结果表明,使用49规则的HFPID产生了更好的性能,因为提供了快速瞬态响应和小稳态误差。它推动输出以较小的错误更快地获得稳定状态。因此,它将显着降低功耗。

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