电力系统自动化2013，Vol.37Issue(7)：36-41,6.DOI:10.7500/AEPS201206232
功率连接型数字物理混合仿真系统(一)接口算法特性
Power Hardware-in-the-loop Simulation System Part One Characteristics of Interface Algorithms
摘要
Abstract
By combining the merits of real-time digital simulation and dynamic physical simulation, power hardware-in-the-loop (PHIL) has become the crucial means of research on the physical properties and integration techniques of renewable energy and energy storage devices in the future. As the interface algorithm is the key to the PHIL system, the stability and accuracy characteristics of the interface algorithms are studied and established. The damping impedance method (DIM) interface is simplified, the stability of the simplified DIM interface and ideal transformer model (ITM) interface is studied. The impact of simplified DIM interface on the digital simulation system is analyzed, and it is discovered that, when the damping impedance in the virtual electrical system (VES) matches the equivalent impedance in the hardware under test (HUT), the simplified DIM interface is characterized by transparency which means that the response in the digital simulation is not affected by the delay due to the interface. The characteristics of simplified DIM interface and ITM interface with respect to the response accuracy of the HUT are studied for the HUT with and without a power source. It is concluded that the driving capability of the ITM interface is better than that of the DIM interface when the HUT has a power source. Based on the results of analysis, the principles of selecting a suitable interface algorithm under different conditions are given. This work is supported by Science and Technology Commission of Shanghai Municipality (No. lldzl210402).关键词
功率连接型数字物理混合仿真/接口算法/理想变压器模型接口/阻尼阻抗接口Key words
power hardware-in-the-loop simulation/ interface algorithms/ ideal transformer model (ITM) interface/ damping impedance method (DIM) interface引用本文复制引用
胡昱宙,张沛超,方陈,包海龙..功率连接型数字物理混合仿真系统(一)接口算法特性[J].电力系统自动化,2013,37(7):36-41,6.基金项目
上海市科学技术委员会重点科技专项(11dz1210402). （11dz1210402）
