Research Article
Multiple DGs for Reducing Total Power Losses in Radial Distribution Systems Using Hybrid WOA-SSA Algorithm
Table 1
Taxonomy of the reviewed optimal DG unit placement models.
| Ref. | Proposed approach | Test system | Aim of the study |
| [3] | BSA | 33 and 94 buses | Reduce the real losses and enhance the voltage profile | [4] | CSA | 33, 69, and 119 nodes | Minimize active power losses and maximize voltage magnitude | [5] | Analytical and PSO | 33 and 69 buses | Minimize the power distribution loss | [6] | Analytical | 33 and 69 buses | Minimize power losses | [7] | LSF and IWO | 33 and 69 buses | Minimize losses and operational cost and improve the voltage stability | [8] | PSO | 33 and 69 buses | Minimize power losses | [9] | AGPSO | 69 buses | Minimize power losses | [10] | GWO | 33 and 69 buses | Minimize power losses | [11] | GA-PSO | 33 and 69 buses | Minimize losses and maintain acceptable voltage profiles | [12] | GA-ABC | 33 and 69 buses | Reduce the cost of the system and decrease RPLs | [13] | GA and Fuzzy | 34 buses | Minimize cost, emission, power losses, and voltage deviation | [14] | PBIL and PSO | 33 and 69 buses | Reduce active power losses and improve the nodal voltage profiles | [15] | PSO | 30 buses | Minimize the transmission losses | [16] | CSO | 69 buses | Maximize the reliability in the system | [17] | BSA | 69 and 136 buses | Reduce power losses and improve network voltage profile | [18] | BSA and Fuzzy expert rules | 33 and 94 nodes | Minimize the network power losses, consolidate the static voltage stability indices, and ameliorate the bus’s voltage profile. |
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