2) optimal power flow innovate model
最优潮流改进模型
3) Optimal power flow
最优潮流
1.
Based on improvement immunity algorithm electrical power system optimal power flow computation;
基于改进免疫算法的电力系统最优潮流计算
2.
Discussion of relations between equal consumed energy increase ratio law & equal network loss increase ratio law and optimal power flow;
论等耗量微增率和等网损微增率与最优潮流的关系
3.
Practical researches of paralleled optimal power flow algorithm based on subarea division of the power system;
基于电网分区的并行最优潮流算法实用化研究
4) OPF
最优潮流
1.
An approach to congestion problem is presented,which combines OPF(Optimal Power Flow) and CPF(Continuation Power Flow) and maintains the system operating within voltage security margin.
采用将最优潮流与连续潮流相结合的方法解决阻塞问题,并使系统运行在电压安全裕度之内。
2.
The allocation methods based on Aumann-Shapley use discrete intogration method and need to solve the OPF for many times, they are not suitable for large scale system application.
目前的基于 AUMANN-SHAPLEY 值的分摊方法需采用近似的离散数值积分方法,需多次求解系统最优潮流,不利于大系统应用。
3.
This model bases on the OPF including the main aspects to be considered in designing the tender , such as , notice in advance, power factor of load .
这个模型基于最优潮流(OPF)算法。
5) optimal power flow (OPF)
最优潮流
1.
An optimal power flow (OPF) technique based on the sequential quadratic programming (SQP) and the enumeration method for power system reliability analysis are utilized to calculate total transfer capabilities (TTCs) of interconnected power systems and their probability distributions.
文中将基于可靠性分析技术的枚举法和基于序列二次规划的最优潮流算法相结合,用于求解电力系统不同区域间的最大输电能力(TTC)及其概率分布。
2.
To solve the problem, a novel method based on optimal power flow (OPF) was proposed for calculating the TTC.
针对电力市场环境下最大传输能力(TTC)的计算问题,提出了一种新的基于最优潮流(OPF)的TTC计算方法。
3.
In the paper the constrained load flow is calculated by optimal power flow (OPF) approach in which the sequential quadratic programming (SQP) method is applied, and in the OPF calculation the active power output, the reactive power output and the voltage of generators are selected to be the control v.
文中运用最优潮流算法计算约束潮流,将有功、无功出力以及电压值作为控制变量,并使用逐步二次规划法对其进行求解。
6) optimal power flow(OPF)
最优潮流
1.
By using the optimal power flow(OPF),the relation between the electricity purchasing cost change and the line stability limit which is the product of the stability limit factor and the basic stability limit of the line,is described by the derivative of the augmented lagrangian function with respect to the line stability limit factor.
以最优潮流(OPF)为工具,将线路的稳定限额看作是基准传输容量限值与稳定限额因子的乘积,通过增广拉格朗日函数对线路稳定限额因子的导数描述了系统购电成本的变化与线路稳定限额因子和线路基准稳定限额乘积的关系。
2.
Transient stability constrained optimal power flow(TSC-OPF) problem is divided into two sub-problems,which are optimal power flow(OPF) and transient stability control.
为将暂态稳定约束最优潮流问题转化为最优潮流和暂态稳定两个子问题,根据暂态稳定计算结果求出发电机转角及转速相对于机械输入功率的轨迹灵敏度。
3.
A novel algorithm——artificial immune algorithm, inspired by the mechanism of immune system of human and other mammals,was studied for electrical optimal power flow(OPF) with the character of non-protruding program in non-linearity and multiple peaks.
根据人和其他高等动物免疫系统的机理,研究一种计算具有非线性多峰值的非凸规划性质的电力系统最优潮流的新算法人工免疫算法。
补充资料：AutoCad 教你绘制三爪卡盘模型,借用四视图来建模型
小弟写教程纯粹表达的是建模思路,供初学者参考.任何物体的建摸都需要思路,只有思路多,模型也就水到渠成.ok废话就不说了.建议使用1024X768分辨率
开始
先看下最终效果
第一步,如图所示将窗口分为四个视图
第二步,依次选择每个窗口,在分别输入各自己的视图
第三步,建立ucs重新建立世界坐标体系,捕捉三点来确定各自的ucs如图
第四步,初步大致建立基本模型.可以在主视图建立两个不同的圆,在用ext拉升,在用差集运算.如图:
第五步:关键一步,在此的我思路是.先画出卡爪的基本投影,在把他进行面域,在进行拉升高度分别是10,20,30曾t形状.如图:
第六步:画出螺栓的初步形状.如图
第七步:利用ext拉升圆,在拉升内六边形.注意拉升六边行时方向与拉升圆的方向是相反的.
之后在利用差集运算
第八步:将所得内螺栓模型分别复制到卡爪上,在利用三个视图调到与卡爪的中心对称.效果如图红色的是螺栓,最后是差集
第九步:阵列
第10步.模型就完成了
来一张利用矢量处理的图片
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条