Evaluating capacitor-switching devices for preventing nuisance tripping of adjustable-speed drives due to voltage magnification

Bellei T.A.; OLeary R.P.

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Evaluating capacitor-switching devices for preventing nuisance tripping of adjustable-speed drives due to voltage magnification

机译：评估电容器开关设备，以防止由于电压放大而导致调速驱动器误跳闸

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Nuisance overvoltage tripping of pulse-width modulated adjustable-speed drives, due to switching of shunt capacitor banks at a utility's substation and the subsequent voltage magnification which can occur at an industrial customer's utilization-voltage bus, is discussed. Adjustable-speed drive design considerations affecting transient overvoltage ride-through capability are identified and discussed. A comparative evaluation of three switching devices equipped with transient overvoltage control, namely, circuit breakers with pre-insertion resistors, circuit switchers with highly damped pre-insertion inductors, and controlled closing devices, is presented.

机译：讨论了由于在公用事业变电站中并联电容器组的切换以及随后在工业客户的利用电压总线上可能发生的电压放大而引起的脉宽调制可调速驱动器的讨厌的过电压跳闸。确定并讨论了影响瞬态过电压穿越能力的调速驱动器设计注意事项。提出了三种具有瞬态过电压控制功能的开关设备的比较评估结果，即带有预插入电阻的断路器，具有高阻尼预插入电感的电路开关和受控闭合设备。

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《IEEE Transactions on Power Delivery》 |1996年第3期|P.1373-1378|共6页
作者
Bellei T.A.; OLeary R.P.;
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正文语种 eng
中图分类输配电技术;
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1. Preventing overvoltage tripping of adjustable-speed drives [J] . Ernst H. Camm Plant engineering . 2000,第2期

机译：防止变速驱动器过电压跳闸
2. Verification of safety in low-voltage power systems without nuisance tripping of residual current devices [J] . Czapp Stanislaw, Borowski Kornel Electric power systems research . 2019,第JULa期

机译：验证低压电力系统的安全性，避免剩余电流设备的误跳闸
3. Verification of safety in low-voltage power systems without nuisance tripping of residual current devices [J] . Czapp Stanislaw, Borowski Kornel Electric power systems research . 2019,第Jula期

机译：验证低压电力系统中的安全性，无滋扰次数的剩余电流设备
4. NEW ALTERNATIVES TO MITIGATE NUISANCE TRIPPING OF PWM ASDs UNDER CAPACITOR-SWITCHING TRANSIENTS (CSTs) [C] . Jose L. Duran-Gomez Power and Energy Systems . 2005

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5. Retrofit control to prevent ASD nuisance tripping due to power quality problems. [D] . Eldery, Mohamed. 2007

机译：进行改造控制，以防止由于电源质量问题而导致ASD误跳闸。
6. Transjecting growth hormone: continuous nightmare or controlled nuisance? Evaluation of a new needle-free device [O] . Ad A Kaptein 2013

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7. Closedform analysis of adjustable-speed drive performance under input-voltage unbalance and sag conditions [O] . Kevin Lee, Senior Member, Thomas M. Jahns, 2016

机译：输入电压不平衡和下垂条件下可调速驱动器性能的闭合分析
8. Advanced Processing of Nonlinear Optical Materials to Lower Pigtailing Cost,Reduce Optical Loss, and Reduce Drive Voltages in Devices [R] . Mustacich, R. V. 1996

机译：非线性光学材料的先进处理，降低了尾纤成本，减少了光损耗，降低了器件的驱动电压

Evaluating capacitor-switching devices for preventing nuisance tripping of adjustable-speed drives due to voltage magnification

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