Optimal Placement of Wind Power Plants in Transmission Power Networks by Applying an Effectively Proposed Metaheuristic Algorithm

Table 1

The summary of studies proposed to solve the modified OPF problem considering renewable energies.

Reference	Method	Applied system	Renewable energy	Compared methods
[25]	BFA	30 nodes	Wind (P, Q)	GA
[26]	MBFA	30 nodes	Wind (P, Q)	ACA
[27]	HABC	30 nodes	Wind (P, Q)	ABA
[28]	MCS	30, 57 nodes	Wind (P, Q)	MPSO
[29]	HA	30 nodes	Wind (P, Q)	PSO
[30]	MFO	30 nodes	Wind, solar (P, Q)	GWA, MVA, IMA
[31]	AFAPA	30, 75 nodes	Wind (P)	APO, BA
[32]	KHA	30, 57 nodes	Wind (P)	ALPSO, DE, RCGA
[33]	GSO	300 nodes	Wind (P)	NSGA-II
[34]	MHGSPSO	30, 57 nodes	Wind (P, Q)	MSA, GWA, WA
[35]	BSA	30 nodes	Wind, solar (P)	—
[36]	IMVA	30 nodes	Wind, solar (P, Q)	PSO, MVA, NSGA-II
[37]	PSO	39 nodes	Wind, solar (P)	PSO variants
[38]	NSGA-II	30, 118 nodes	Wind, solar (P)	—
[39]	MFA	30 nodes	Wind, solar (P, Q)	MDE
[40]	GWO	30, 57 nodes	Wind, solar (P)	GA, PSO, CSA1, MDE, ABA
[41]	BWOA, ALO, PSO	30 nodes	Wind, solar (P, Q)	—
	GSA, MFA, BMA
[42]	FPA	IEEE 30-bus	Wind, solar (P)	—
[43]	APDE	IEEE 30-bus	Wind, solar (P, Q)	—
[44]	HGTPEA	30 nodes	Wind, solar (P)	—
[45]	HGNIPA	118 nodes	Wind, solar (P, Q)	—
[46]	NDSGWA	30 nodes	Wind, solar (P)	MDE
[47]	JYA	30 nodes	Wind, solar (P)	—
[48]	HSQTIICA	30 nodes	DG (P, Q)	IICA
[49]	MJYA	30, 118 nodes	Wind (P)	MSA, ABA, CSA, GWA, BSA