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Design approaches to supercapacitor based surge resistant UPS techniques

机译:基于超级电压的抗抗抗UPS技术的设计方法

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Time constants of supercapacitors are in the range of 100mS to tens of seconds compared to the time durations of power line transients, which are usually within a few hundred microseconds. Therefore supercapacitors should withstand short duration surges with energy values specified in IEEE C62-41 series and IEC 61400-4-5 and similar standards. After experimentally confirming this useful property of supercapacitors, new topologies for supercapacitor based surge-resistant uninterruptible power supplies were developed. Paper summarizes the approach to developing suitable topologies for surge-resistant UPS systems based on supercapacitor energy circulation techniques, despite the lower continuous DC voltage ratings of commercial supercapacitors.
机译:与电源线瞬变的时间持续时间相比,超级电容器的时间常数在100ms至10秒的范围内,这通常在几百微秒内。因此,超级电容器应承受IEEE C62-41系列中规定的能量值和IEC 61400-4-5和类似标准的持续时间浪涌。在通过实验证实超级电容器的这种有用的性质后,开发了基于超级电容器的抗静不动电源的新拓扑。纸张总结了基于超级电容器能量循环技术开发适当的拓扑拓扑系统的方法,尽管商业超级电容器的连续直流电压额较低。

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