1) block bordered diagonal frame model
对角加边模型
1.
Taking 708-bus power system and 538-bus power system for calculation examples,the comparative analysis on computation efficiencies and convergence of five reactive power decomposition and coordination algorithms which are based on nonlinear prime-dual interior point method,approximate Newton directions and block bordered diagonal frame model respectively are performed.
以708和538节点系统为算例,对以非线性原对偶内点法为基础,基于近似牛顿方向和对角加边模型的5种无功优化分解协调算法的计算效益和收敛性进行了比较分析。
2) bordered block diagonal form(BBDF)
对角块加边模型
1.
With the placement of PMUs based on the improved method of bordered block diagonal form(BBDF),the large system can be divided into many small systems.
从通过对角块加边模型(BBDF)的方法对大规模系统进行分区出发,在各区域内部单独进行状态估计的基础上,推导通过区域间数据交换得到修正的各区域外网戴维南等值,进而利用边界条件构造基于边界节点状态量的状态迭代模型,并通过不断修正各子系统相应的外界节点状态得到整个系统状态估计结果,通过6机25节点系统的仿真结果,验证了算法的有效性及优越性。
3) BBDF
对角块加边
4) block bordered diagonal form (BBDF)
块对角加边
5) diagonal model
对角模型
6) block bordered diagonal matrix
对角加边矩阵
1.
Based on the block bordered diagonal matrix structure, this paper presents a new discrete decomposition algorithm for the reactive-power optimization in a multi-area power system.
基于对角加边矩阵结构,提出了一种新的多区域电力系统离散无功优化分解算法。
补充资料：对角
1.四边形中不相邻的两角。 2.三角形中﹐两边所夹的角对第三个边来说﹐叫做这个边的对角。
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