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Analysis of star-star-delta_utilized transformer under balanced and unbalanced load conditions

机译:平衡负载和不平衡负载条件下使用星形-三角形-三角形变压器的分析

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For decades research has been going on to resolve the power quality issues. The usage of non-linear loads is contributing much harmonic content in the distribution system. In the conventional distribution transformer of delta-star configuration, this injected harmonic power is trapped in delta winding and is wasted as heat. This wasted power or drainage power is a threat to the transformer itself. This paper presents the recovery of drainage power using star-star-delta_utilized distribution transformer under varying load conditions in the secondary. A study on primary and secondary side THD, input and output power factor, current harmonics, harmonic power and efficiency is carried out for balanced and unbalanced load conditions. The simulations are carried out in MATLAB Simulink and the results are verified by experimenting on the hardware set up.
机译:几十年来,一直在进行研究以解决电能质量问题。非线性负载的使用在配电系统中贡献了很多谐波含量。在传统的三角形接法配电变压器中,注入的谐波功率被捕获在三角形绕组中并浪费为热量。浪费的功率或排泄功率是对变压器本身的威胁。本文介绍了在次级负载条件变化的情况下,使用star-star-delta_utilized配电变压器恢复排水功率的方法。针对平衡和不平衡负载条件,对初级和次级侧总谐波失真,输入和输出功率因数,电流谐波,谐波功率和效率进行了研究。在MATLAB Simulink中进行了仿真,并通过在硬件设置上进行实验来验证了结果。

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