备用电源自动投入装置(备自投)就是其中之一。
Automatic throw-in equipment of emergency power supply (automatic throw-in equipment of emergency power supply) is one of them.
介绍了完整内桥接线情况下备自投装置的4种动作逻辑。
The paper presents 4 kinds of action logic of bus-bar automatic transfer switch equipment for whole inner-bridge connection.
同时对备自投装置使用中存在的一些问题提出了参考意见。
Meanwhile the related issues of the use of spare power source automatic switch are discussed.
备自投的广泛应用在提高供电可靠性的同时，也带来了相应的问题。
The widely application of automatic bus transfer equipment improves power supply, also has brought about its own set of problems.
给出了进线断路器备自投和母联开关备自投的工作逻辑和投切过程。
The operating logics and processes of the automatic transfer of the incoming line breaker and the bus-tie switch are presented.
当母线出现故障（过压或欠压）时，能够完成两组母线的自动投切，即备自投的功能。
When bus gets into trouble, it can perform the function of automatic switching to backup power supply.
介绍了一种高可靠性的适合带重要负荷的电气主接线方式以及该主接线的备自投方案。
This paper is for introducing a main connection scheme and auto-switch manner of its back-up power source, which is with high reliability and suitable for feeding power to important loads.
针对事故原因，提出改进方案，取消了备自投系统加速功能，保证了变电所的安稳供电。
According to the reason of the accident four improving ways are put forward. canceling the accelerating function of ats makes power supply of the substation more safely and stably.
该装置能自动跟踪变电站系统的运行方式，执行相应的备自投方案，保证供电持续可靠。
It follows the operation pattern of substation system automatically and executes corresponding auto-switching scheme to ensure power supply continuous and reliable.
结合图形化逻辑软件平台，展示了图形化逻辑在实现各种备自投方案所具有的灵活、高效的特点。
On a graphic logic SW platform, different automatic bus transfer schemes can be realized on a graphic logic software frame, which features hing efficiency, flexibility and re-liability.
结合图形化逻辑软件平台，展示了图形化逻辑在实现各种备自投方案所具有的灵活、高效的特点。
On a graphic logic SW platform, different automatic bus transfer schemes can be realized on a graphic logic software frame, which features hing efficiency, flexibility and re-liability.
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