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Designing dynamic controller and passive filter for a grid connected micro-turbine

机译:并网微型涡轮机的动态控制器和无源滤波器设计

摘要

This paper presents a simulation model of electrical components of a grid connected 50 kW single shaft micro-turbine in MATLAB-simulink GUI environment. Micro-turbine consists of a PWM inverter to control the injected power to the load. Deploying micro-turbines with Combined Heat Power (CHP) capability make it so interesting to use in distributed generation. Employing DG creates an un-sinusoidal voltage waveform supplied to the load. Hence, a band pass filter is installed to provide acceptable sinusoidal waveform with the lowest rate of THD for 1 MW load. Simulation results and discussions show that THD confirms to the requirements of IEEE Std 519-1992.
机译:本文介绍了在MATLAB-simulink GUI环境中连接50 kW单轴微型涡轮机的电网电气组件的仿真模型。微型涡轮机由一个PWM逆变器组成,以控制向负载注入的功率。部署具有联合热能(CHP)功能的微型涡轮机使在分布式发电中使用变得非常有趣。使用DG会产生提供给负载的非正弦电压波形。因此,安装了一个带通滤波器,可为1 MW负载提供具有最低THD速率的可接受的正弦波形。仿真结果和讨论表明,THD符合IEEE Std 519-1992的要求。

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