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Comparison of the Performance and Energy Consumption Between PID Control and Self-tuning FuzzyPID in Compact Hydro Distillation Process

机译:PID控制与自整定FuzzyPID在紧凑型水蒸馏过程中的性能和能耗的比较

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Extracting agarwood consumes higher energy expenditure due to time consuming. Therefore, a controller scheme has been approached to avoid this shortcoming. With implementation of control strategy, the energy usage can be reduced and at the same time can improve the transient response performance. In this paper, the comparison between self-tuning FuzzyPID with 49 rules and PID controller (Ziegler-Nichols and AMIGO) tuning rules have been evaluated on transient response as well as energy consumption via simulation. For transient analyses, three criterias have been analysed which are settling time, rise time, and percentage of overshoot. Another evaluation which is energy consumption that has been evaluated by using Integral Absolute Control Signal (IACS). The simulation result demonstrated the self-tuning FuzzyPID achieved better performance in transient response and consumed lower in energy consumption than PID Controller.
机译:沉香木的提取由于消耗时间而消耗较高的能量消耗。因此,已经采取了一种控制器方案来避免该缺点。通过实施控制策略,可以减少能耗,同时可以提高瞬态响应性能。本文通过仿真评估了具有49个规则的自整定FuzzyPID与PID控制器(Ziegler-Nichols和AMIGO)的整定规则之间的比较。对于瞬态分析,已经分析了三个标准,分别是稳定时间,上升时间和超调百分比。另一个评估是能耗,已通过使用积分绝对控制信号(IACS)进行了评估。仿真结果表明,与PID控制器相比,自整定FuzzyPID的瞬态响应性能更好,能耗更低。

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