整个系统具有较高的可靠性和可维护性，满足了变电站无人值班的要求。
The entire system has the characteristics of higher reliability and maintainability, so it meets the requirements of unmanned transformer substations.
最后，就采用综合自动化系统进行无人值班变电站设计和运行的一些技术经济判据进行了讨论。
Finally, the techno-economic criteria of design and operation of non-attended substation using integrated automation system are discussed.
该系统有完善的当地功能和先进的通讯能力，可满足有人值班和无人值班两类调度管理模式的变电站的需要。
The functions of this system are perfect and the communication ability is advanced enough to meet the requirements of management for both manned and unmanned substations.
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