1) ORPF
无功潮流优化
1.
In order to meet the optimization requirements of optimal reactive power flow(ORPF)in the electric power market,the reactive power cost under the electric market is analyzed.
为了满足电力市场环境下的无功潮流优化运行,详细分析了电力市场环境下无功成本的发生;由于系统发生故障或系统负荷增长而造成系统的无功短缺是电压失稳的主要原因,提出了一个简单实用的故障筛选和排序方法,并以严重事故下电压稳定作为约束条件建立了电力市场环境下无功潮流优化的数学模型,再用免疫算法求解此模型。
3) optimum reactive power flow
优化无功潮流
1.
Such an optimum reactive power flow mode could be achieved by equipping each power plant and substation with one set of regulating and controlling device for reactive voltage developed by the authors.
文章介绍了所开发的经济压差优化无功潮流程序。
4) voltage/var optimization power flow
电压无功优化潮流
5) reactive power dispatch
无功最优潮流
1.
To deal with optimal reactive power dispatch problem, this paper presents chaotic particle swarms optimization (CPSO) to avoid the premature phenomenon of PSO.
针对电力系统无功最优潮流问题,提出一种混沌粒子群优化(CPSO)方法,以克服粒子群优化(PSO)方法容易早熟而陷入局部最优解的缺点。
6) optimal reactive power flow
最优无功潮流
1.
By power network automatic voltage control applying optimal reactive power flow algorithm based on economic voltage dif- ference(ΔUj),incorporated with other appropriate adjustment and control strategy,Changde 110 kV Power Network has achieved best voltage quality and lowest line loss rate.
110 kV 常德电网自动电压控制(Automatic Voltage Control 简称 AVC)研究,采用经济压差(△U_J)最优无功潮流算法,把电网按电压分层计算控制。
补充资料：优化潮流计算
优化潮流计算
optimum load flow calculation
yo‘huo cho0)}uJ，suon优化湘流计算(optimum load flow。aleula-tion)见电力系统潮流优化。
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