在此基础上进一步对现有配电模式下配网的供电能力进行了分析。
On the basis of it, supply capability of distribution network under existing conditions is analyzed.
究其原因在于现有配电模式中配电变压器供电范围过大，低压线供电半径过长。
The reason is that the transformer supply area is too broad and the low-voltage line is too long in present distribution model.
结合黑龙江省电网配电系统实际情况，针对目前带电作业管理模式进行了比较分析。
The different models of live line maintenance management were compared and analyzed for the actual condition of distribution power system in Heilongjiang power grid.
本文提出了一种计及不同停运模式重叠情况的配电系统可靠性分析计算方法，建立了相应的可靠性计算数学模型。
The model can reflect the effect that the overlap of different outage models as well as changes in the parameters of the components were taken into consideration for distribution system reliability.
不同的接线模式直接反映了配电系统安全性和可靠性的高低。
Connection modes have impact on the safety and reliability of the 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。
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.
课题在对几类常用馈线自动化实现模式进行分析比较的基础上，针对试点配电环网，提出两种切合实际的“手拉手”环网馈线自动化解决方案。
This study analyzed and compared commonly used feeder automation models, proposed two realistic solutions for pilot "hand in hand" circular distribution network feeder automation.
在城市中压配电网的规划与改造中，网架结构十分重要，接线模式则是网架结构的基本反映。
Connection modes are the basic reflection of distribution network structure which is the focus of the urban distribution network planning and rebuilding.
本文采用故障模式后果分析法对M基地配电系统的可靠性指标进行了定量计算。
Failure effects analysis method is used to calculate reliability indices of distribution system for m Base.
阐述了配电自动化在电力系统中的作用，对配电柱上开关自动化运行模式进行了分析。
Functions of distribution automation in power system were discussed, and an automatic operation model of pole top breaker in distribution system was analyzed.
探讨了目前城市配电网几种常见接线模式，并提出了如何实现智能配电网模式下的自愈功能。
Several familiar connection modes of urban distribution network are introduced, and then how to realize the self-healing function of smart distribution grid is put forward.
将配电自动化分成分布智能模式和集中智能模式进行讨论。
Two modes of distribution automation are introduced, i. e. distributed- intelligent mode and centralized- intelligent mode.
利用补偿原理对配电网网络重构的最优流模式算法进行改进，以减少潮流计算次数，降低计算量。
This article reports an improved optimal flow pattern algorithm based on compensation principle for distribution network reconfiguration for loss minimization.
本文从模式分析的角度出发，将模式分析的思想和分析方法引入到配电网优化中，为研究配电网优化问题提供了一条新途径。
Pattern analysis is introduced into distribution network optimization in this dissertation, which provides a new path to implement distribution network optimization.
通过典型运行模式切换的定义和分析，阐述复杂供配电系统控制优化设计。
Through the definition and analysis of typical operation pattern switchover, control optimization design of complicated electrical system is presented.
在配电系统规划中，接线模式的选择对配电系统规划的全局起着重要的作用。
In distribution system planning, it plays an important role to choose proper connection modes.
利用补偿原理对配电网网络重构的最优流模式算法进行改进，以减少潮流计算次数，降低计算量。
An improved optimal flow pattern algorithm for the network reconfiguration to minimize line losses is presented.
指出分布智能模式存在着一些固有的缺陷和局限性 ；随着配电自动化的推广和深入 ，集中智能模式将成为主流。
There exists defects and limitation in distributed- intelligent mode, while centralized- intelligent mode should be the main flow with spread of distribution automation.
本文从面向城市配电网规划角度出发，提出了一种基于接线模式规则的配电网规划快速n - X校验方法。
So from the view of urban distribution network planning, the fast N-X verification method is proposed in this paper.
根据上述分析提出了一种双模式转矩分配电子差速器设计思路。
In the light of the analyses above, a double-mode electronic differential strategy is suggested.
根据上述分析提出了一种双模式转矩分配电子差速器设计思路。
In the light of the analyses above, a double-mode electronic differential strategy is suggested.
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