首页> 外文会议>Electricity Distribution, 2005. CIRED 2005 >Performances of the Fault Decoupling Device when unbalanced and multiple faults occur on distribution systems
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Performances of the Fault Decoupling Device when unbalanced and multiple faults occur on distribution systems

机译:故障不耦合设备在配电系统上出现不平衡和多处故障时的性能

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Nowadays industrial processes are largely based on electronic devices such as programmable logic controllers and adjustable speed drives. Consequently, industrial equipments became less tolerant towards power supply disturbances. Voltage dips due to faults are surely among the worst disturbances for industrial equipments. A paper machine can be affected by disturbances of only 10% voltage drop lasting for 100 ms. A voltage dip of 75% (of the nominal voltage) with a duration shorter than 100 ms results in material loss in the range of thousands of US Dollars for semiconductors industry [1].
机译:如今,工业过程主要基于诸如可编程逻辑控制器和可调速驱动器之类的电子设备。因此,工业设备对电源干扰的容忍度降低了。由故障引起的电压突降无疑是工业设备中最严重的干扰之一。造纸机可能会受到仅持续10 ms的10%电压降的干扰的影响。持续时间短于100 ms的75%(额定电压)的电压突降导致半导体行业的材料损失在数千美元的范围内[1]。

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