一种基于继电器的UPS系统高速传输方案

P. Mukherjee, B. Majumdar, F. A. Talukdar, S. Biswas
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引用次数: 0

摘要

无论UPS系统是在线还是离线,负载传递机制都是必不可少的。在目前的转换系统中,使用一个小型、快速的6安培继电器作为转换开关。为了实现更快的操作,选择了6 v继电器线圈,因为低压继电器线圈的匝数较少,意味着电感较小。这里假定继电器线圈的峰值电流持续时间为负载从主源转移到辅助源的持续时间。对于低功率转换开关,只需要改变继电器触点一次就足够了。较快的继电器在触点之间有最小的物理间隙。它不如静态开关快,意味着相对较大的中断时间,特别是在主电源到辅助电源之间的负载转移时。采用合适的加速电路,实现了6毫秒的传输时间。这个时间与模拟的传输时间相符。
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A relay based high speed transfer scheme for UPS system
A load transfer mechanism is essential for every UPS system whether it is on-line or off-line. In the present transfer system, a small, fast, 6-Ampere relay is used as a transfer switch. To achieve faster operation, a 6 V-relay coil has been chosen as a low voltage relay coil has a lesser number of turns, implying less inductance. Here the duration of the peak current of the relay coil has been assumed to be the duration for transfer of the load from main to auxiliary source. Only one change over relay contact is enough for the low power transfer switch. The faster relay has minimum physical gap between the contacts. It is not as fast as a static switch, implying relatively larger interruption time, especially at the time of load transfer between mains source to auxiliary. Using suitable speedup circuit, a 6-millisecond transfer time is achieved. This timing tallies with the simulated transfer time.
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