1)distribution network配电网
1.Exact prediction of capacitive current for distribution network;配电网电容电流的准确预测
2.Computer aided decision-making system of distribution network planning;配电网规划计算机辅助决策系统
3.Study of algorithm on distribution network optimum reconfiguration for reducing line loss;用于降低网损的配电网络优化重构方法的研究
英文短句/例句
1.Constructing the 20 kV Distribution Network to Enlarge the Power Supply Capacity of the Urban Network建设20kV配电网 提升城市电网供电能力
2.Optimal Configuration of Capacitors in 10 kV Distribution Network10kV配电网电容器的优化配置规划决策
3.Optimal Configuration of Capacitors for Radial Distribution Network Based on Simulated Annealing Particle Swarm Optimization Algorithm基于SA-PSO的配电网电容器优化配置
4.Studies on the Loss Impact and Placement of Distributed Generation in Distribution System;分布式电源对配电网网损影响及配置的研究
5.Network Reconfiguration Research Based on Reducing Feeder Losses;基于降低配电网络损耗的配电网络重构研究
6.Distribution Network Reactive Power Coordination Optimization;结合配电网络重构的配电网无功综合优化
7.Fault Restoration for Distribution Network Base on Dissipated Network;基于耗散网络的配电网网络故障恢复
8.Influences of grid-connection of large offshore wind farms on distribution networks大型海上风电场并网对配电网的影响
9.Optimal Allocation of Sectionalizing Switchs and Loop Switchs for the Voltage-time Type Feeder Automation System of Distribution Networks;配电网电压—时间馈线自动化配电开关优化规划
10.Application of resonance measurement method for capacitive current of the distribution network配电网电容电流谐振测量方法的应用
11.Effect of Distributed Generation on Relay Protection in Distribution System分布式发电对配电网继电保护的影响
12.Research on Reactive Power Planning on 10kV Feeders and Transformers in Distribution Network;配电网10kV馈线及配变的无功规划研究
13.Line Losses Theoretical Calculation and Reactive Power Compensation;配电网理论线损计算与无功补偿配置
14.Study on the Method of Reactive Compensation in View of the Distribution Network;辐射式配电网络无功补偿配置的研究
15.Rational Selection of Construction Scheme of 10 kV Distribution Line配电网10kV线路架设方案的合理选配
16.Several basic problems of three-level power network planning of transmission network-distribution network-microgrid输电网-配电网-微电网三级电网规划的若干基础问题
17.The Study of Distribution Network Planning Based on GIS;基于GIS的配电网网架规划的研究
18.Research on Immune Genetic Algorithm of Distribution Network Structure Planning;配电网网架规划的免疫遗传算法研究
相关短句/例句
distribution system配电网
1.Automatic fault locating algorithm based on signal injection method for distribution system;基于注入信号法的配电网单相接地故障自动定位算法
2.Advances of the distribution system service restoration;配电网故障恢复研究现状与展望
3.An overview of quantitative analysis of distribution system reliability;配电网可靠性定量分析研究综述
3)power distribution network配电网
1.Research on neutral point grounding method for mine low voltage power distribution network;矿井低压配电网中性点接地方式的研究
2.The intelligent techniques of feeder terminal unit in power distribution network;配电网馈线终端的智能化技术
3.Research and application of power distribution network equipment management based on the WebGIS;基于WebGIS的配电网设备管理研究与应用
4)distribution networks配电网
1.Line loss automation management system of 10 kV distribution networks based on real-time measurements;基于实时量测数据的10kV配电网线损自动化管理系统
2.A production management information system for distribution networks;配电网生产管理信息系统
3.Analysis of anti-accident ability of distribution networks and its applications in planning, safe operation & restoration;配电网抗灾变性分析及其在配电网规划安全运行中的应用
5)distribution systems配电网
1.An evolutionary algorithm in solving problems of optimal capacitor placement on radial distribution systems;一种适合于解决辐射状配电网电容器最优配置问题的遗传算法
2.The Calculation of Energy Loss in Distribution Systems Based on Improved Support Vector Machines;基于改进支持向量机的配电网线损计算
3.Impact and countermeasure of three-phase unbalanced operation for low voltage distribution systems低压配电网三相不平衡运行的影响及治理措施
6)distribution network structure配电网网架
1.The authors put forward Multiple Population Immune Genetic Algorithm (MPIGA)for optimal planning of distribution network structure, and do optimal search to different aspects of optimization goals.配电网网架规划是一个复杂的组合优化问题,传统的优化方法往往难以解决此类问题。
延伸阅读
配电网配电网electric power distribution system;power distribution network 的枪修，将推广以临时供电电源对用户供电，即设备停电并不形响用户的措施. (9)配电施工技术将有新突破。特别是地下电缆配电网施工新技术，如地下电缆管道钻挖掘进技术、高地下水位地区地下配电变压器室施工、地下设施探测定位等技术将进一步改进并推广采用.Peldlonwong配电网(eleetrie power distribution system;power distribution network)从输电网或地区发电厂接受电能，通过配电设施就地或逐级分配给各类用户的电力网。习惯上对各级电压的配电网统称配电系统。配电设施包括配电线路、配电变电所、配电变压器等。 分类根据电压等级的不同，可分为高压、中压、低压配电网，根据供电地域特点的不同，可分为城市配电网和农村配电网，根据配电线路的不同，可分为架空配电网和电缆配电网。 (l)按电压等级分类。中国的《城市电力网规划设计导则》规定，配电网电压分为三级，即高压配电电压:110、66、35 kV，中压配电电压:10(20)kV和低压配电电压:38。/220V。世界上许多国家，仍依照传统习惯将10kV及其相邻电压称为一次配电电压，将380/22oV及其相邻电压称为二次配电电压，而将11。、66、35kV等在电网发展历史中曾经起过输电作用的电压等级，称为次输电电压，但在性质上仍列人配电电压一类.也有些国家主张将电压等级明确划分为三类:翰电电压、次输电电压与配电电压。中国的规定.则将这些国家称之为次翰电电压的定为高压配电电压，以突出其配电性质。 (2)按所在地城或服务对象分类。可分为城市配电网和农村配电网. (3)按配电线路型式分类.可分为架空配电网(见架空宋电线路)和电缆配电网(见电统配电线路)。 功能和组成配电网的主要功能是从翰电网或地区发电厂接受电能，并组成多层次的配电网向各种用户供电.此类多层次的配电网，包括110 kV、“kv或35kV的高压配电网降压至10(z 0)kV的配电变电所和10 kV(20 kV)的中压配电网，降压至380/220V的吮电所和比电变压器，以及380/22OV的低压配电网.不同电压等级的配电网之间是通过变压器连接的。 基本要求对配电网的基本要求是在具有充分的供电能力下满足供电可靠性、合格的电能质量和运行的安全经济性的要求。 (1)供电可靠性。原则上要求停电的次数最少，而且每次停电所影响的用户数和持续时间尽可能减至最小限度.配电网规划时应满足电网供电安全准则(N-1准则)和用户供电可靠率、恢复供电目标时间等要求。 (2)合格的电能质量。
