High speed digital circuits require higher reliability and lower complexity of power distribution system.
高速数字电路对电源分配系统的可靠性和复杂性提出了很高要求。
The running mode of neutral point of distribution network influences on security, economy and reliability of power system.
中性点运行方式关系到电力系统运行的安全性、经济性和可靠性。
The alarm management of electric power SDH transmission network requires alarm information distribution system with high reliability and stronger real-time.
电力SDH传输网告警管理需要可靠性较高和实时性较强的告警信息发布系统。
Urban medium-voltage distribution network, one of the most important parts of power system, is expected to distribute electric energy to consumers with considerable security and reliability.
城市中压配电网是整个电力系统的重要组成部分，其功能是将电力安全、可靠地分配到用户。
Power distribution system reconfiguration is one of the major ways to reduce network losses and improve reliability. It also is one of the primary functions of DMS.
配电网重构是配电系统优化运行的主要措施之一，也是配电管理系统（DMS）中的一项主要功能。
The paper presents a method based on the failure mode and effect analysis of minimal cuts to assess the reliability of large scale complicated power distribution system.
提出一种基于最小割集的故障模式分析方法，对复杂配电系统进行可靠性评估。
Being the terminal end of generation and transmission, facing users directly, the power supplying quality and reliability of distribution system are of main significance to both users and grid.
配电网作为发输配电的最后一级直接面向用户，其供电质量和供电的可靠性对电网和用户有重要的意义。
Theoretical analysis and experimental results demonstrate that the designed airborne power distribution system has the characteristics of high reliability, fault tolerance and intelligence.
理论分析和实验结果表明，所设计的机载配电系统具有高可靠性、容错性和智能化的特点。
The distribution system links directly to customers whose reliability and power quality are affected by the operation of distribution system.
配电网是直接和用户相连的系统，其运行方式直接影响着电力用户的用电可靠性和用电质量。
The purpose of study on distribution system reliability is to improve the power supply ability and power quality.
配电系统可靠性的研究是以改善和提高配电系统对对用户供电的能力和质量为目的。
This article mainly introduces the structure, functions, reliability, maneuvering patterns of the load distribution system as well as its application in Guizhou Qianxi power plant.
本文主要介绍了这套全厂负荷分配系统的结构、功能、可靠性、运行方式及在贵州黔西发电厂应用效果等。
Finally, the future development of distribution reliability was prospected. It has some reference value for those who are engaged in doing reliability research and planning in power system.
最后对配网可靠性未来发展趋势提出几点展望，对从事电力系统可靠性研究和电网规划的人员具有一定的参考作用。
Finally, the future development of distribution reliability was prospected. It has some reference value for those who are engaged in doing reliability research and planning in power system.
最后对配网可靠性未来发展趋势提出几点展望，对从事电力系统可靠性研究和电网规划的人员具有一定的参考作用。
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