Research Article
Research on Reactive Power Optimization Control Method for Distribution Network with DGs Based on Improved Second-Order Oscillating PSO Algorithm
Table 2
System loss simulation results in steady state.
| Optimization method | System loss (MW) | Decrease rates (%) |
| Before optimization | 0.1746 | ā | Standard PSO | 0.0909 | 47.94 | SOOPSO with linear inertia coefficient | 0.0947 | 45.76 | SOOPSO with constriction factor | 0.0885 | 49.31 |
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