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Development of wind tunnel for laboratory wind turbine testing

机译:开发用于实验室风机测试的风洞

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This paper presents the development of a wind tunnel that will be used for wind turbine testing in a controlled environment. The prototype is designed to be able to provide wind speeds of up to 20 m/s (∼43mph) depending on the cross sectional area of the tunnel chamber. A 42 inch tube axial fan is driven by a 5hp induction motor using a variable frequency drive to allow continuously variable wind speeds from near zero up to the maximum wind speed. The fan is rated to produce ∼25,000 CFM and the corresponding wind speed is therefore dependent on chamber cross sectional area. There will be two chamber sizes possible. One is 2.5 feet by 2.5 feet and the other is 3.25 feet by 3.25 feet. The larger cross section allows larger turbines to be tested while the smaller cross section allows higher wind speeds to be reached. The paper also describes some possible applications of the apparatus in the academic environment.
机译:本文介绍了风洞的开发,该风洞将用于受控环境中的风力涡轮机测试。该原型设计为能够提供高达20 m / s(〜43mph)的风速,具体取决于隧道室的横截面积。一个42英寸的管式轴流风扇由5hp感应电动机使用变频驱动器驱动,以允许从零到最大风速的连续可变风速。风扇的额定功率约为25,000 CFM,因此相应的风速取决于腔室的横截面积。可能有两种腔室尺寸。一个是2.5英尺乘2.5英尺,另一个是3.25英尺乘3.25英尺。较大的横截面允许测试较大的涡轮机,而较小的横截面允许达到更高的风速。本文还描述了该设备在学术环境中的一些可能应用。

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