摘要
提出了一种基于结构化模型驱动的稳控装置动作模拟仿真方法.通过对稳控装置模型的结构化,将其稳控策略组织为四元表形式(即故障、运行方式、潮流水平和控制策略),并将其控制策略分解为控制方式、控制量、控制量实施原则、控制对象队列和约束5个基本元素,在此基础上归纳出直接型、顺序型、循环型和最优型四种基本的控制策略结构化模型.进一步通过对基本模型的灵活组态,实现了对复杂控制策略的结构化建模.基于结构化的稳控装置模型,仿真程序根据预想故障及电网实际运行方式,快速识别其控制策略,并将策略追加至仿真算例的计算场景中.多个工程的成功应用验证了本方法的正确性和实用性.
A method for simulation of security-stability-control-device （SSCD） is brought forward, the model of SSCD is modeled, the control strategy is organized as a fourfold table （fault, opera- tion-mode, power-flow, control-strategy）, and the control-strategy is resolved into control-mode, control-quantity, control-rule, control-queue and control-constrain. The basic direct-type, sequencetype, loop-type and optimum-type models are generalized. By the further configuration of basic models, the structural modeling of complex control strategy is realized. According to the pre-fault and actual operation-mode, the control-strategy is identified quickly that is appended to the simulation scene of the calculating fault. The successful application to many projects validates the effectiveness of the method.
出处
《东南大学学报（自然科学版）》
EI
CAS
CSCD
北大核心
2011年第B09期74-78,共5页
Journal of Southeast University：Natural Science Edition
关键词
稳控装置
结构化模型驱动
模拟仿真
security-stability-control-device（SSCD）
structural model driven（SMD）
simulation
