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首页> 外文会议>Proceedings of the 6th European Embedded Design in Education and Research Conference >Hardware in the loop testing of a steam turbine bypass regulator using a TI C2000 micro-controller
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Hardware in the loop testing of a steam turbine bypass regulator using a TI C2000 micro-controller

机译：使用TI C2000微控制器对蒸汽轮机旁路调节器进行环路测试的硬件

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摘要

For a fast and safe start up and shut down of steam power plant, there is a growing interest in the optimization of turbine bypass controllers and actuators that are mainly used during transients. This work is focused on the development of a simple and fast code for real time simulation of a steam plant for the Hardware In the Loop (HIL) simulation of turbine bypass controllers and actuators. The idea is to build a Simulink library of simplified plant components such as valves, turbines, heaters and so on that could be easily assembled in order to simulate with a very simplified approach different plants and operating scenarios. The code, which is implemented for a fixed, discrete step solver should be easily compiled for a real time target such as a Texas Instrument C2000 controller (TMS320F28335 series), in order to be executed in Real Time (RT) on a low cost industrial hardware. In particular the developed code should is used for the development of a virtual environment that should be used for HIL testing of controllers and actuators.
机译：为了快速安全地启动和关闭蒸汽发电厂，人们对优化主要在瞬态过程中使用的涡轮机旁路控制器和执行器的兴趣日益浓厚。这项工作的重点是为汽轮机旁路控制器和执行器的硬件在环（HIL）仿真中的蒸汽设备实时仿真开发简单而快速的代码。这个想法是建立一个简化的工厂组件的Simulink库，例如阀，涡轮机，加热器等，可以很容易地组装它们，以便以非常简化的方法模拟不同的工厂和操作场景。为固定，离散步长求解器实现的代码应易于针对实时目标（例如Texas Instruments C2000控制器（TMS320F28335系列））进行编译，以便在低成本工业上以实时（RT）执行硬件。特别是，应将开发的代码用于虚拟环境的开发，该虚拟环境应用于控制器和执行器的HIL测试。

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