所有的模拟和电源管理“胶连”的进入让一个单一设备实现了整合，提高了侧寻性能，降低了整个系统的成本。
Sweeping all the analog and power management "glue" into a single device achieves integration, improves sequencing performance, and reduces overall system cost.
提出了城市轨道交通采用弱电系统后备电源整合与智能化计时配电管理的设计理念，并在深圳地铁3号线中应用。
This paper introduces the integration of UPS and intelligent time distribution technique of weak current systems in rail transit and its application in Shenzhen Metro Line 3 .
并用该方法整合发电系统的可靠性计算模型及缺电损失计算模型，建立了发电系统最优可靠性数学模型，用于确定发电系统的最优可靠性及对应的系统电源容量。
Combining the reliability-calculating model of power system and calculating method of outage cost, a mathematical model that can optimize the reliability of power system is set up.
并用该方法整合发电系统的可靠性计算模型及缺电损失计算模型，建立了发电系统最优可靠性数学模型，用于确定发电系统的最优可靠性及对应的系统电源容量。
Combining the reliability-calculating model of power system and calculating method of outage cost, a mathematical model that can optimize the reliability of power system is set up.
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