Description: 路径跟踪中心轨迹法,是一种求解最优潮流的有效方法,大大简化了原有算法的复杂性-Path Tracking Center locus method is an effective method for solving the optimal power flow, greatly simplifies the complexity of the original algorithm Platform: |
Size: 18432 |
Author:stephanie |
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Description: 最新matpower 5.01工具箱,可以进行潮流、最优潮流、时域仿真等一系列计算。功能十分强大,并且内部有多个IEEE n节点的电力系统模型-The new Matpower 5.01 toolbox, can flow, optimal power flow, the time domain simulation and a series of calculation. Function is very powerful, and the internal power systems with multiple IEEE N node model Platform: |
Size: 6590464 |
Author:何震晨 |
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Description: 电力专业必备MATLAB软件包:潮流分析,最优潮流分析。-MATPOWER: The Matleb toolbox for the power flow and optimal power flow. Platform: |
Size: 6509568 |
Author:jiaruixin |
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Description: 电力系统分析课程设计源代码,对于最优潮流学习具有极高的参考价值-Analysis of curriculum design of power system source code, learning has a very high reference value for the optimal power flow
Platform: |
Size: 5120 |
Author:王建 |
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Description: 最优潮流的简化梯度法,可以用来解决王锡凡《现代电力系统分析》书中的问题。-Reduced gradient optimal power flow, can be used to solve the problem of Wang Xifan analysis of modern power system in the book.
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Size: 2048 |
Author:王建 |
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Description: 本程序是用简化梯度法进行电力系统最优潮流计算。-This procedure is the calculation of the optimal power flow of power system with simplified gradient method. Platform: |
Size: 2048 |
Author:李明慧 |
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Description: 2.1 optimal power flow analysis:
The main aim of Optimal Power flow (OPF) algorithm is to capture a steady state operating point. Generation cost, loss are curtailed by steady state operating point. Further, it also maximizes load ability preserving a suitable system representation in terms of parameters of generators (real and reactive powers, line flow limits, output of various compensating devices etc.) . Usually , classical optimization methods were used but as the technology has advanced and integration of FACTS devices in the power system, the traditional concepts and practices of power systems are placed over by an economic market management. . Therefore, OPF has become complex in nature. So, Artificial Intelligence (AI) methods are used which can solve higher complexity problem than OPF.
-2.1 optimal power flow analysis:
The main aim of Optimal Power flow (OPF) algorithm is to capture a steady state operating point. Generation cost, loss are curtailed by steady state operating point. Further, it also maximizes load ability preserving a suitable system representation in terms of parameters of generators (real and reactive powers, line flow limits, output of various compensating devices etc.) . Usually , classical optimization methods were used but as the technology has advanced and integration of FACTS devices in the power system, the traditional concepts and practices of power systems are placed over by an economic market management. . Therefore, OPF has become complex in nature. So, Artificial Intelligence (AI) methods are used which can solve higher complexity problem than OPF.
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Size: 4157440 |
Author:rezwan |
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Description: Optimal power flow (OPF) is one of the nonlinear problems of power system. The various
algorithms for solving optimal power flow problem are found in the literature. The genetic algorithm
(GA) based solution techniques are found to be most suitable because of their ability of
simultaneous multidimensional search for optimal solution. This paper presents a novel GA-Fuzzy
based approach for solving OPF. The GA parameters e.g. crossover and mutation probabilities are
governed by fuzzy rule base. Algorithms for GA-OPF and GA-Fuzzy (GAF) OPF are developed
and compared. The results obtained for these systems demonstrate that the GAF-OPF has faster
convergence and lesser generation costs as compared to various methods tested for above systems.
KEYWORDS: optimal power flow, genetic algorithm, GA-Fuzzy approach
Authors Platform: |
Size: 442368 |
Author:rezwan |
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Description: MATPOWER是MATLAB的M文件包® 求解潮流和最优潮流问题。它的目的是作为一个研究者和教育者,是易于使用和修改仿真工具。MATPOWER是设计给最佳的性能,同时保持代码的简单理解和修改。它最初是为POWERWEB项目的一部分。-MATPOWER is a package of MATLAB® M-files for solving power flow and optimal power flow problems. It is intended as a simulation tool for researchers and educators that is easy to use and modify. MATPOWER is designed to give the best performance possible while keeping the code simple to understand and modify. It was initially developed as part of the PowerWeb project.
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Size: 3238912 |
Author:刘绍进 |
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Description: OPTIMAL POWER FLOW OF LARGE DISTRIBUTION SYSTEM SOLUTION FOR COMBINED ECONOMIC EMISSION DISPATCH PROBLEM USING PARTICAL SWARM OPTIMIZATION Platform: |
Size: 218112 |
Author:shrhiaa |
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Description: 程序用于求解电力系统最优潮流,采用原-对偶内点算法,并辅以文献,有利于对内点法的学习。-Procedures for solving optimal power flow, the use of primal- dual interior point algorithm, supplemented by literature, internal point of law in favor of learning. Platform: |
Size: 1055744 |
Author:刘佳 |
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Description: 利用改进粒子群算法,求解电力系统最优潮流问题,具有较快的收敛速度和精度,并有文献说明。-The improved particle swarm algorithm to solve the optimal power flow problem, has a faster convergence speed and accuracy, and described in the literature. Platform: |
Size: 812032 |
Author:刘佳 |
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Description: The conversion of multicircuit ac transmission lines
to hybrid ac/dc lines is a promising way of substantially increasing
transmission capacities in areas where it is difficult to obtain
new rights of way. Critical questions related to such a conversion
include the impact on the electric fields and ion currents at the
ground level, as well as the dc current coupling into the ac phases. Platform: |
Size: 415744 |
Author:yujiaxian |
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