研究文章
最优比例积分微分建立电力系统稳定器的设计使用蝙蝠算法
表2
比较基于PID的PSS参数SMIB电力系统。
|
| 控制器 |
|
|
|
|
| GA-PID-PSS [19] |
9.984 |
8.784 |
1.722 |
| HS-PID-PSS [19] |
26.758 |
15.479 |
3.1202 |
| BFA-PID-PSS [22] |
31.58 |
32.32 |
6.3202 |
| RCGA-PID-PSS [24] |
49.9740 |
7.8802 |
5.6789 |
| ZN-PID-PSS [25] |
30.0 |
2.8 |
3.226 |
| BFA-PID-PSS [23] |
36.1976 |
5.2715 |
1.2732 |
| PSBFA-PID-PSS [23] |
190.4623 |
11.2516 |
2.4753 |
| ABC-PID-PSS [26] |
26.03226 |
0.8354 |
14.7003 |
| BBO-PID-PSS [27] |
51.4655 |
9.6729 |
20.3237 |
| BA-PID-PSO |
23.8668 |
5.0211 |
−19.6162 |
|
|
