Research Article
Modelling of Hydrothermal Unit Commitment Coordination Using Efficient Metaheuristic Algorithm: A Hybridized Approach
Table 4
Performance comparison for Test System I for both Case I and Case II in multiobjective environment.
| Algorithm | Best | Worst | Cost | Emission | Time | Cost | Emission | Time |
| h-ABC/GWO | 113295.63 | 19536.65 | 452.69 | 123569.65 | 23326.65 | 463.59 | ABC [34] | 167386.23 | 21831.56 | 745.36 | 135643.96 | 23549.95 | 745.36 | GWO [32] | 178546.35 | 22469.49 | 721.49 | 154937.19 | 24987.48 | 456.19 | IDE [35] | 134649.96 | 234697.49 | 748.59 | 194853.15 | 31497.19 | 489.46 | MINLP [37] | 123494.46 | 200349.45 | 451.74 | — | — | — |
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