在一份资料中看到model搭建完成后可以不连接其他设备,进行开环测试,操作如下: 5 h0 g3 q; W( F, q/ H. l* O: W# N2 ~2 Q' L3 d! c3 z- j
Verify the behaviour of the model by an open-loop test, i.e. the controller is not connected to any 4 r' E0 d" c- p0 jother element (synchronous generator) in the grid:% t/ ` Y Q0 L6 w
* u. S/ a- M# q/ G6 L Open-Loop Response: 9 l8 d# d2 o% D1 P* b& H" G2 b 1 Test the model with a step response to the reference voltage “usetp” (open-loop-test) [17]. 5 |; [8 s- O1 r! `' @" n& \ 2 Define a variable set to monitor for the VCO element and visualize the results of the simulated step response 9 Z% z$ S; g# W y: J* u * L3 w& C* w8 b6 X6 Y0 _# I上面第一步的具体操作过程: - N& |9 {" G5 W. E: F6 c/ q#17: Open-Loop Test ' l7 T# [2 C, E# Q: h) z' l' w, M+ `* ?8 }' a; G' K
 1 Open the event list ( ) and use the “New Object” button to insert a “Set Parameter(EvtPara)” event ! t( Y4 `1 O1 P" h' ^6 e i' } 2 Select the AVR controller for the element.$ d# |' C5 f) y N9 `4 r
 3 Insert the name of the variable ‘usetp’ and the new value for this variable (=0.9).$ s/ s5 E( \0 C. `# W
- B- q7 R$ n# Y! t, F 我想问的是,这些设置都做完后,接下来如何操作呢?
补充:2 Define a variable set to monitor for the VCO element and visualize the results of the simulated step response 9 v D' e5 _3 b5 P: U& I6 X3 p r4 U' C
这一步也完成了,问:接下来怎么做?是执行计算初始条件然后开始仿真吗?