这种装置采用软件可编程技术，对不同的备用电源方式，改变整定控制字的方式，从而可适用于各种场合。
The equipment can change the manner of setting control word for various spare power supply modes to fit various situations by software programmable technology.
在电力系统中，备用电源自动投入装置的应用，提高了供电可靠性。
In power system, the application of reserve power source automatic connection devices increases the reliability of power supply.
采用现场统计数据分析目前备用电源自动化投入装置存在的问题，并探讨解决方向。
According to the statistics data from site, the existing problems of present standby power auto-closing equipment were analyzed and the direction to solve them was expounded.
本文设计和开发了一种基于DSP和ARM的数字式备用电源自动投入装置。
In this paper, we designed and developed a digital automatic switch device of standby power supply based on DSP and ARM.
备用电源自投装置便是解决这一问题的有效手段。
The automatic switch device of standby power supply is an effective method to solve this problem.
该装置不需外接电源，而是利用被测电池加备用电池提供系统电源，解决了由于放电阶段停电而引起的问题。
The power supply of the system is provided by the batteries being measured and the standby batteries, solving the problem associated with AC mains turning off during battery discharging.
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.
论述了微机式备用电源自动投切装置工作原理。
This paper discussed the principle of an automatic switch for power source reserve with computer.
介绍了远方备用电源自动投入装置的技术特点。
The technical features of remote BZT equipment (automatic switchover of standby power source) are introduced.
试验和运行证明，模式自识别方式是可行的，以此设计的微机型备用电源自投装置具有良好的性能和实用价值。
With the intelligence of software and based on the analysis of main line connection, it can automatically recognize the operational mod…
试验和运行证明，模式自识别方式是可行的，以此设计的微机型备用电源自投装置具有良好的性能和实用价值。
With the intelligence of software and based on the analysis of main line connection, it can automatically recognize the operational mod…
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