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A study on the effect of the Scott transformer on the three-phase unbalance in distribution network with single-phase generators

机译:Scott变压器对单相发电机配电网三相不平衡的影响研究

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摘要

Global environmental problem and the resources problem are getting more important. It is expected that dispersed power systems are spread widely. On the other hand, the increase of the dispersed generators may cause the three-phase unbalance in a distribution network. This study focuses on the possibility of the Scott transformer to reduce the three-phase unbalance in the distribution system. The Scott transformer transforms three phases to two phases. It has been used as a feeding transformer in electric traction system. The difference of behavior between the distribution systems with the Scott transformer and the V-connected transformer is observed in simulation with PSIM. For the secondary side loads of the transformer, resistive loads and dispersed generations are given under the balanced/unbalanced three-phase condition. The simulation results show that the Scott transformer has a better effect on a current and a voltage balancing than the V-connected transformer.
机译:全球环境问题和资源问题变得越来越重要。预计分散的电力系统会广泛传播。另一方面,分散的发电机的增加可能导致配电网络中的三相不平衡。这项研究的重点是斯科特变压器减少配电系统中三相不平衡的可能性。斯科特变压器将三相转换为两相。它已被用作电力牵引系统中的馈电变压器。在使用PSIM进行仿真时,可以观察到使用Scott变压器和V型变压器的配电系统之间的行为差​​异。对于变压器的次级侧负载,在平衡/不平衡三相条件下给出了电阻性负载和分散的发电量。仿真结果表明,与V型变压器相比,Scott变压器对电流和电压平衡的影响更好。

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