首页> 外文OA文献 >Perbandingan Kinerja Sistem Kontrol Berumpan Balik Feedback dengan Sistem Kontrol Berumpan Maju Feedfoward pada Jaringan Penukar Panas Heat Exchanger
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Perbandingan Kinerja Sistem Kontrol Berumpan Balik Feedback dengan Sistem Kontrol Berumpan Maju Feedfoward pada Jaringan Penukar Panas Heat Exchanger

机译:换热网络中反馈反馈控制系统与前馈提前控制系统性能的比较

摘要

In industrial process, there are many variables that must be controlled. Control Action can be done manually by operator, but because in industrial process contains hundred of variables that must be controlled, so the consequence is hundred of operators are needed. Therefore the best way is applied automatic s control in industrial process. Process heat is used for many various applications. Temperatures depend on industry type, such as high heat up to 1500 oC. Chemical industry is an example of industry with temperature range between 500-600oC. Non-iron metal industry, and hydrogen production are applications that use temperature range between 600 - 1000oC This paper explained about the comparison between feedfoward and feedback control system on heat exchanger plant. After mathematical models can be obtained, the next step was to simulate system performance by using Matlab. From the simulation result, was obtained that every control strategy had its strength and weaknesses. So their combination will give better response.
机译:在工业过程中,必须控制许多变量。控制操作可以由操作员手动完成,但是由于在工业过程中包含数百个必须控制的变量,因此结果是需要数百个操作员。因此,最好的方法是在工业过程中应用自动控制。工艺加热可用于多种应用。温度取决于行业类型,例如高达1500 oC的高温。化学工业是温度范围在500-600oC之间的工业的一个示例。非铁金属工业和制氢是温度范围在600-1000oC之间的应用。本文解释了换热装置前馈和反馈控制系统之间的比较。获得数学模型后,下一步是使用Matlab模拟系统性能。从仿真结果可以看出,每种控制策略都有其优缺点。因此,它们的组合将提供更好的响应。

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    Santoso, Fendy;

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  • 年度 2003
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