搜索资源列表
nodematrix
- 用于计算电力系统的导纳计算 以一个ieee九节点的系统为例子-used in the calculation of the power system admittance to a calculation ieee nine node system, as an example
NODE_IEEE30
- 电力系统标准测试系统，30节点系统，格式完全正确，可以方便的用来分析计算。-Power system standard test system, 30-bus system, the format entirely correctly, can easily be used to analyze the calculation.
ieee009ZZ
- 利用三角分解法这一算法，根据求得的电力系统节点导纳矩阵，求其相应的阻抗矩阵。本程序为IEEE经典算例009节点的程序，程序中附有解释性说明.稍加修改，可以适用于IEEE算例中任意节点。-Using the triangular decomposition algorithm, according to the obtained power system nodal admittance matrix, find the corresponding impedance matrix. The cl
case118
- 这是一个118节点的IEEE-118标准测试系统后感数据代码-This is a 118-node IEEE-118 standard test system, a sense of the data after the code
wgy
- 无功优化IEEE论文With the increased loading of existing power system, the problem of voltage stability and voltage collapse has become a major concern in power system planning and operation. The dependence of the system voltage profile on reactive power
IEEE-6
- 人工鱼群算法在 IEEE电力系统规划中的应用程序-Artificial fish-swarm algorithm in power system planning applications
ieee57cdf
- IEEE power system 57 bus data-IEEE power system 57 bus data
pIEEE14
- 本程序为IEEE标准14节点测试系统潮流计算。能够计算相角，电压，有功、无功损耗以及电网整个损耗。-This program is the standard IEEE 14 bus test system flow calculation. Able to calculate the phase angle, voltage, active and reactive power loss and the loss.
reactive-power-pricing-ppt
- reactive power pricing applied to IEEE 14 bus system ppt is present
NR_PowerFlow_AC_DC_Execl_880119
- load flow in power system ieee 39 bus
IEEEPdata
- ieee标准节点 电力系统潮流计算测试节点信息-ieee standard node test power system node information flow calculation
ghasemi
- this file calculate reactive power of 39 buses ieee standard system with pso algorithm
simple-power-system-flow
- matlab潮流程序，IEEE系统详细数据及其他相关程序，很好的资料-power flow program
IEEE14chaoliujisuan
- 应用MATLAB进行电力系统潮流计算，以IEEE-14节点为算例-Power Flow Calculation of Power System for IEEE-14 bus
Load-Flow
- A load flow solution based on Newton-Raphson method represented. The program has been tested on IEEE 34-bus power system.
AFSA-IEEE14
- 人工鱼群，电力系统，仿真程序，IEEE14节点-Artificial fish, power system simulation program, the IEEE 14 node
mycon5
- function of equality and inequality constraints of IEEE 5 bus power system
data5bus
- Line Data and G and B matrix of IEEE 5 bus power system
IEEE-5-30-39 bus system
- IEEE-5-30-39节点潮流计算程序，有正确的结果！(IEEE-5-30-39 node power flow calculation program, the correct results)
39 BUS SYSTEM
- The IEEE 39-bus system has 10 generators and 46 lines.