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powernode
- 牛顿-拉夫逊法潮流计算 基本步骤: (1)形成节点导纳矩阵 (2)将各节点电压设初值U, (3)将节点初值代入相关求式,求出修正方程式的常数项向量 (4)将节点电压初值代入求式,求出雅可比矩阵元素 (5)求解修正方程,求修正向量 (6)求取节点电压的新值 (7)检查是否收敛,如不收敛,则以各节点电压的新值作为初值自第3步重新开始进行狭义次迭代,否则转入下一步 (8)计算支路功率分布
node
- 本程序为电力系统潮流计算PQ法,计算结果正确,画出图形不正确。需自行改正
metal_extrusion
- *Heading ** Job name: cbs Model name: Model-1 *Preprint, echo=NO, model=NO, history=NO, contact=NO ** ** PARTS ** *Part, name=Part-1 *Node
在VC环境下编制的潮流计算程序
- 用c++语言在VC环境下编制的潮流计算程序,使用IEEE14节点算例进行计算。,With c++ Language VC environment in the preparation of the trend calculation procedures, the use of an example node IEEE14 calculated.
039_BUS.RAR
- 用于电力系统分析的IEEE39节点的典型系统结构-Power System Analysis for the IEEE39 system structure of a typical node
ANSYS_node_coord_understand
- ANSYS的节点坐标系正确理解方法,有助于有限元方面的学者学习-ANSYS node coordinate system to correctly understand, contribute to the finite element scholars learning
PQ
- 9节点PQ潮流计算程序,主要用于加深对PQ法计算潮流的概念理解-9 node PQ power flow calculation procedures, primarily for better understanding of the PQ method to calculate the trend of the concept of understanding
flow
- 电力系统潮流,PQ节点用C实现,潮流实践课作业,可参考-Power Flow, PQ node with C achieved, the trend of the practice of class work, may refer to
jddn
- 形成电力系统节点电纳矩阵程序,本方法采用的直流潮流模型-The formation of electric power system node admittance matrix procedures, the method used in DC-trend model
010_BUS.RAR
- 用于电力系统分析的IEE10节点的典型系统结构-IEE10 for power system analysis of a typical node architecture
043_BUS.RAR
- 用于电力系统分析的IEE43节点的典型系统结构-IEE43 for power system analysis of a typical node architecture
030_BUS.RAR
- 用于电力系统分析的IEEE30节点的典型系统结构-Power System Analysis for the IEEE30 system structure of a typical node
057_BUS.RAR
- 用于电力系统分析的IEEE57节点的典型系统结构-Power System Analysis for the IEEE57 system structure of a typical node
118_BUS.RAR
- 用于电力系统分析的IEEE118节点的典型系统结构-Power System Analysis for the IEEE118 system structure of a typical node
LmNet_PF
- LmNet PF 神经网络预测平台是公司基于最优神经网络算法(Levenberg-Marquardt动量项法)开发的通用预测平台工具。它是针对用户进行预测需要,快速构建神经网络应用的通用预测平台,它能解决包括销售量预测、销售价格预测、成本预测、市场潜力预测、新产品价格预测等方面的预测分析。功能包括:新建、修改网络模型;网络训练;网络仿真;误差分析;专家样本数据自动生成;节点配置;数据归一化处理;网络参数初始化设置等。~..~ -Neural Network Prediction LmNet
Load_Flow
- 电力系统潮流计算程序,采用节点优化编号及稀疏存贮技术-Power flow calculation program, using the node number and the sparse storage optimization technology
StateEstimate
- 实现三节点系统的电力系统状态估计,可作为入门学习的例程-The realization of three-node system, power system state estimation, can be used as entry-learning routines
juzhen
- 用于实现输出较长的节点导纳矩阵,对于电力系统专业的学生非常实用-Longer to achieve the output of the node admittance matrix, power system for the students is very practical
node.js
- 管理系统采用全新的node.js技术,通过Internat直接连接到后台EBTP系统,向用户提供管理功能。改变原来管理系统应用程序方式,不再受运行环境影响,管理人员通过IE即可操作管理系统。-Node.js management system using the new technology, through Internat directly connected to the back EBTP system to provide users with management capabilit
node-power-calculation
- 潮流计算是根据给定的电网结构、参数和发电机、负荷等元件的运行条件,确定电力系统各部分稳态运行状态参数的计算。程序为12节点电网的潮流计算。-Power flow calculation is based on the given grid structure, parameters and elements such as generator, load operating condition, to determine the power system steady operation sta