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mathpowercase300
- 本例是基于IEEE300节点系统编写的电力系统潮流计算程序-the powerflow calculation of IEEE300
niudun
- matalab牛顿法潮流计算程序,基于此程序可以轻松求解电力系统潮流计算-matalab Newton load flow calculation program, based on this program can easily solve the power flow calculation
chaoliu0603
- 经典的三机九节点的潮流计算程序。用于电力系统自动化学习研究。-Fashion classic three machine nine node calculation program. Power System Automation for learning.
14-flow-program
- ieee-14节点潮流计算程序,采用极坐标和直角坐标两种方法计算-Ieee- 14 node flow calculation program, using the polar coordinate and cartesian coordinates two methods
mengfan_modify_code
- 七节点电力系统的稳态潮流计算,自编程序,适合初学者阅读,参考matpower后的修改-Seven node power system steady flow calculation
Untitled
- 使用MATLAB编程 配电网前推回代法潮流计算 采用的是标准的IEEE33节点-Power flow calculation of the standard IEEE33 node
IEEE33Newton
- 《电力系统分析》算例在matlab上的实现,使用IEEE33节点配电网牛顿拉夫逊潮流计算程序,程序里有大量注释利于初学者阅读学习。-Matlab implementation example in the Power System Analysis operator, distribution network node using IEEE33 Newton Raphson power flow calculation program, the program has a lot of co
Power
- 使用传统的理论进行电网潮流计算,效果比较好,对初学者比较适用。-The use of traditional power flow calculation theory, the effect is better, more suitable for beginners.
power_system_simulation
- 潮流计算,节点导纳矩阵,节点电压,有功功率,无功功率-Flow calculation, the node admittance matrix, node voltage, active power, reactive power
jzbnl
- 电力系统潮流计算方法。利用极坐标表示的牛顿拉夫逊法的潮流计算-Power flow calculation method. Use polar representation of trends Newton Raphson calculation
g34
- 电力系统的潮流计算。利用前推回代法计算电力潮流。-Current power system calculations. Power flow calculation before use backward substitution method.
shudianwang_flow
- 输电网潮流计算,基于牛顿拉夫逊法的matalb; main为主程序,内含数据文件和结果-Lose power flow calculation, based on Newton Raphson method matalb main main program, containing data files and results
program
- 如图所示为一个5节点电力系统。已知负荷1,2,3的大小分别为(67.5+j41.83)MVA,(60.0+j37.18)MVA,(90.0+j55.77)MVA;发电机出力为SG1=97.5+j60MVA。取母线2为平衡节点,线路参数如表1所示,进行潮流计算。-As shown in Figure 5 is a node power system. Known load size 1,2,3 respectively (67.5+ j41.83) MVA, (60.0+ j37.18) MVA,
ieee33DSE-power-flow
- 利用牛顿拉夫逊法对IEEE30配电网系统进行潮流计算,为配电网状态估计提供初值-to get power flow of ieee30 by newton-rafson,then provide the strat state for dse
IEEE14
- 5机14节点simulink仿真模型图,参数已给定,可用于潮流计算-Simulation model of 5 machines and 14 buses by simulink,which can be used to power flow calculation
turbine3
- 实现含风电场RX模型的系统潮流计算,风电场采用RX模型,此模型充分考虑风力发电机的输出功率特性,比其他模型完善,在模型中将迭代过程分为两步:常规潮流迭代计算和异步风力发电机的滑差迭代计算。- In short, the algorithm carried out to simulate the wind farmas an RX bus is as follows: 1)Begin with s=snorm in each machine, snorm being the rated s
power-flow
- 简单的潮流计算,涉及到导纳矩阵的求解及牛顿迭代法等算法-Simple flow calculation, involving admittance matrix and Newton iterative method for solving algorithms
powerflow
- 基于遗传算法和非线性规划寻优混合算法的 电力系统最优潮流计算 -Hybrid optimization algorithm based on genetic algorithm and Nonlinear Programming Optimal Power Flow Calculation
Copy_3_of_NRflowCal
- 基于极点坐标形式的牛顿拉夫逊算法的5节点系统潮流计算-base on NRflowCal 5 node system
neidianfa
- 5节点电力系统潮流,直角坐标系下内点法潮流计算-5 Node power flow calculation, within the Cartesian coordinates point method flow calculation