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Non - intrusive testing and energy management of induction motors

机译:感应电动机的非侵入式测试和能量管理

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Energy management of induction motor is relevant as they are the primary consumer of electricity in the industries. The estimation of efficiency is the primary step in the energy management. Number of efficiency estimation methods were analyzed and compared and airgap torque method is found to be accurate. It was suggested to have non-intrusive methods of testing rather than intrusive methods. The project aims to incorporate sensorless speed estimation by speed observer, resistance estimation by dc signal injection method and losses estimation according to the IEEE standards in the airgap torque method to make this non-intrusive. This method is called modified AGT method. The authenticity of this method is verified by simulations. The experiments were done on a 3phase slip ring induction motor (3.7kW, 415V, 1410rpm, 7.5A, 50Hz).
机译:感应电动机的能源管理非常重要,因为它们是工业中主要的电力消耗者。效率评估是能源管理的第一步。分析和比较了多种效率估算方法,发现气隙转矩方法是准确的。建议使用非侵入性的测试方法,而不是侵入性的方法。该项目旨在将基于速度观测器的无传感器速度估算,通过直流信号注入方法的电阻估算以及根据IEEE标准的气隙转矩方法中的损耗估算结合在一起,以实现非侵入性。此方法称为修改的AGT方法。通过仿真验证了该方法的真实性。实验是在三相滑环感应电动机(3.7kW,415V,1410rpm,7.5A,50Hz)上进行的。

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