为中压配电网通信噪声抑制提供参考。
It can be a reference of restraining noises of medium-voltage power line.
本文提出一种实用的中压配电网络规划方法。
This paper develops a practicable method for mid-voltage power system planning.
中压配电网络规划要求配电系统闭环设计开环运行。
Distribution network is designed in closed loop and operated in open loop.
城市中压配电网规划是整个电力系统规划的重要组成部分。
The mid-voltage distribution network planning is a complicated system optimization problem with many difficulties as follows: uncertainty, multi-.
本文主要研究内容如下：(1)实现了中压配电网模糊可靠性评估。
This paper is mainly as follows: (1) Realizing fuzzy reliability evaluation of medium voltage EDNS.
提出一种基于馈线分区的复杂中压配电网可靠性评估的统一矩阵算法。
An unified matrix algorithm for reliability evaluation for complex medium-voltage distribution system based on feeder partition is discussed.
根据中压配电网的结构特点引入数据结构中邻接表来保存配电网拓扑结构。
According to the characters of mid-voltage distribution system, the adjacency list of data structure is introduced to save its topology structure.
中压配电网规划既是配电网总体规划的一部分，也是整个电力系统规划的重要组成部分。
Mid-voltage distribution network planning is not only one part of the whole planning, but also an important part of power system planning.
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.
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。
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.
分析和评估合环操作对辐射型中压配电网所造成的影响对配电网的调度和安全运行有着重要的意义。
Analyzing and evaluating to the effect caused by loop closing operations in radial medium voltage distribution networks are extraordinary important to the safe operations.
GIS变电站比较紧凑和灵活，能够设置在靠近负荷中心的地方，可以更高效地配置高压系统和中压配电网。
Due to their compactness and flexibility, GIS substations can be located close to load centers, allowing a much more efficient configuration for both the HV system and the MV distribution network.
为了解决这一问题，运用一种基于模糊逻辑的近似推理和决策方法，建立了详细的城市中压配电网供电能力优劣性评估模型。
This approach provides a detailed superiority-inferiority model for medium-voltage urban distribution networks by utilizing approximate-reasoning and decision-making methodologies of Fuzzy Logic.
在线路满足N - 1原则的前提下，着重考虑主变n - 1原则下所能提供的最大负荷，给出了城市中压配电网最大供电能力的数学模型。
By analyzing different connection modes for load transfer, a model of the maximum load capability based on N-1 principle is given.
在线路满足N - 1原则的前提下，着重考虑主变n - 1原则下所能提供的最大负荷，给出了城市中压配电网最大供电能力的数学模型。
By analyzing different connection modes for load transfer, a model of the maximum load capability based on N-1 principle is given.
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