CAJ | 학술논문

基于实时数字仿真( real-time digital simulation, RTDS)和数字计算机接口的电磁暂态、机电暂态混合实时仿真( super mixed real-time simulation, SMRT),深入阐述了电磁暂态、机电暂态两种模式的仿真平滑接口的关键技术,包括接口交互系统稳定性分析与稳定方法、实用低频段接口等效阻抗、基于超前估算的接口交互方法、三序分立电流注入不对称接口方法和闭环自校正三序基波功率计算方法。案例分析和方案整体验证证明SMRT已基本满足交直流大系统暂态综合过程仿真分析的需求。
기우실시수자방진( real-time digital simulation, RTDS)화수자계산궤접구적전자잠태、궤전잠태혼합실시방진( super mixed real-time simulation, SMRT),심입천술료전자잠태、궤전잠태량충모식적방진평활접구적관건기술,포괄접구교호계통은정성분석여은정방법、실용저빈단접구등효조항、기우초전고산적접구교호방법、삼서분립전류주입불대칭접구방법화폐배자교정삼서기파공솔계산방법。안례분석화방안정체험증증명SMRT이기본만족교직류대계통잠태종합과정방진분석적수구。
Based on super mixed real-time simulation ( SMRT) , which interfaces real-time digital simulation ( RTDS) and digital com-puter, this paper presents the architecture design and basic implementation, and the difficulties and key techniques for utilization of hy-brid simulation in AC and DC power system. Key techniques on how to smoothly interface the electromagnetic and electromechanical tran-sient simulation modes are studied and described in detail, including stability analysis and stabilizing method for the computational sys-tem. practical equivalent interface impedance in low frequency band, leading estimation of interface states based interface and interaction protocol, asymmetric interface method by three-sequence current injection, and three-sequence fundamental power calculation with close-loop auto calibration correction. Finally, the overall scheme and key techniques are verified by case analysis. More tests and practices have proven that SMRT basically meets the requirement of synthesis transient processes simulation of large AC and DC power system.