搜索资源列表
xz_OPF
- 电力系统分析-IEEE标准14节点最优潮流计算程序(OPF)-Power system IEEE standard 14-node optimal power flow calculation (OPF)
A-VSC-HVDC-Fuzzy-Controller-to-Damp-Oscillation-o
- The fast control capability of the VSC-HVDC and the process of area mode oscillations are analyzed. An auxiliary fuzzy logic controller designed in Matlab for the Voltage Source Converter based HVDC transmission system, VSC-HVDC, to improve t
Static-Synchronous
- 校内数据库下载的IEEE文章，研究电力系统次同步谐振必看的最新且经典文章。-The school database download IEEE article, research the latest and classic articles subsynchronous resonance must-see of the power system.
SSR-Analysis
- 校内数据库下载的IEEE文章，研究电力系统次同步谐振必看的最新且经典文章之二。-School database download IEEE article, study the power system sub-synchronous resonance latest and must-see classic article.
mapso
- 本程序用matlab编写，采用MAPSO来求解IEEE标准40节点电力负荷分配问题-The program written using matlab MAPSO to solve the 40-node IEEE standard power load distribution
Design-of-Subsynchronous
- 校内数据库下载的IEEE文章，研究电力系统次同步谐振必看的最新且经典文章。-The school database download IEEE article, research the latest and classic articles subsynchronous resonance must-see of the power system.
Mitigating-SSR
- 校内数据库下载的IEEE文章，研究电力系统次同步谐振必看的最新且经典文章之一。-The school database download IEEE article, study the subsynchronous resonance must-see of the power system and one of the classic article.
PowerFlowCalculation
- 电力系统潮流计算及短路计算程序 IEEE 9节点测试通过 30节点以上时需增加PQU上下限 文件中还包含IEEE所有节点数据 我用的是CodeBlocks-Power Flow Calculation IEEE bus and branch data C++
IEEE802.11-model
- 用Matlab仿真实现了IEEE802.11信道模型，仿真图中显示了平均信道功率和信道频率响应。-Matlab simulation of IEEE 802.11 channel model, simulation graph shows the average channel power and channel frequency response.
30bus
- 电力系统IEEE-30bus状态估计方法仿真，包括EKF，UKF，改进的EKF等。-IEEE-30bus of power system state estimation method simulation, including the EKF, UKF, the EKF.
matpower4.0
- matpower，电力系统的潮流计算程序，包涵所有的IEEE节点数据-MATPOWER power flow calculation procedures, includes all IEEE nodes data
IEEE34-no-wind
- Ieee 34 bus for power system BY PSCAD
DG-optimal-PSO-algorithm
- 该算法可以计算含DG的配电网优化计算，算例采用IEEE 33 bus test system。-Our algorithm package can solve the distribution active power optimization with the consideration of distributed generation (DG). The test case is based on IEEE 33 bus test base. Enjoy it.
Voltage-Level-Improving-by-Using-Static-VAR
- reactive power paper i-reactive power paper ieee
v2-10-97
- reactive power paper ieee 1
v2-1-4
- reactive power ieee system 2
T26-004-721
- power electronic system i-power electronic system ieee
329-alwadie
- pdf paper elec power system i-pdf paper elec power system ieee
ashkan_2
- pdf paper elec power system i-pdf paper elec power system ieee
00212623
- one paper about a power electronic i-one paper about a power electronic ieee