Gas Compressor System Simulation using Functional Mockup Interface for Human Machine Interface and Control

R. Magargle, Hemanth Kolera-Gokula
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引用次数: 1

Abstract

This paper describes a gas compressor (GCS) system simulation for the purpose of verifying a controller’s operation and interfacing simulation with measured data. The GCS is used to collect and compress low pressure gas streams for transmission into larger higherpressure lines. This system is simulated with ANSYS TwinBuilder. It includes models of the compressor, motor, bypass valve, and piping along with pressure sources for the low and high-pressure lines, which are controlled with measured or test data. To cycle and pressurize the GCS, a controller is implemented using an FMU from ANSYS SCADE. To interact with the system and monitor current operating conditions, a human machine interface (HMI) is also implemented using ANSYS SCADE as an FMU.
基于功能样机接口的气体压缩机系统人机界面与控制仿真
本文描述了一个气体压缩机(GCS)系统的仿真,目的是验证控制器的操作,并将仿真与实测数据相连接。GCS用于收集和压缩低压气流,以便输送到较大的高压管线。利用ANSYS TwinBuilder对该系统进行了仿真。它包括压缩机、电机、旁通阀和管道的模型,以及低压和高压管线的压力源,这些都是用测量或测试数据控制的。为了对GCS进行循环和加压,使用ANSYS SCADE的FMU实现了控制器。为了与系统进行交互并监控当前运行状况,还实现了人机界面(HMI),使用ANSYS SCADE作为FMU。
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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