Coordinated and Optimal Dispatching for Wind-photovoltaic-storage Systems Based on Multi-strategy Multi-objective Differential Evolution Algorithm

doi:10.16182/j.issn1004731x.joss.23-1216

Abstract

Abstract:

The introduction of new energy generation units makes the power system structure more and more complex, and the existing economic dispatching methods face many challenges. A coordinated and optimal dispatching for wind-photovoltaic-storage systems is constructed and a constraint handling method is given, a competitive mechanism-based multi-strategy multi-objective differential evolutionary(CMMODE) algorithm is proposed. The CMMODE algorithm utilizes a competitive mechanism to partition the population and constructs multiple differential variance operators based on the partitioning results, thus generating a multi-strategy scheme, employs an elite self-exploration mechanism to make the population have the ability to jump out of the local optimum and the ability of exploitation. The results show the effectiveness of the CMMODE algorithm in solving the dynamic economic dispatch problem, and the constraint processing method has good feasibility.

Key words: differential evolution algorithms, competitive mechanisms, multi-strategy schemes, constraint processing, dynamic economic dispatch

CLC Number:

TP391.9

Ren Xuyang, Bu Xuhui, Yin Yanling, Liu Jinghua. Coordinated and Optimal Dispatching for Wind-photovoltaic-storage Systems Based on Multi-strategy Multi-objective Differential Evolution Algorithm[J]. Journal of System Simulation, 2025, 37(2): 450-461.

Figures/Tables 9

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参数	值	参数	值
额定容量/MW	400	充电效率	0.95
额定功率/MW	200	荷电状态	[0, 1]
放电效率	0.95	调度始末的SOC	10

系统	算法	发电成本/美元	污染排放/磅
10机组	MOPSO	2 145 703	213 290
	NSGA-II	2 102 216	212 587
	MODEA	2 097 965	201 870
	IBBMOPSO	2 131 663	208 182
	CMODE	2 105 256	207 677
	CMMODE	2 068 974	210 868
15机组	MOPSO	577 429	341 388
	NSGA-II	585 056	160 039
	MODEA	578 193	152 180
	IBBMOPSO	576 299	139 222
	CMODE	578 460	194 622
	CMMODE	576 727	131 374

系统	算法	发电成本/美元	污染排放/磅
10机组	MOPSO	3 319 575	197 635
	NSGA-II	2 888 229	195 127
	MODEA	2 172 361	194 748
	IBBMOPSO	3 089 211	191 034
	CMODE	2 375 165	193 625
	CMMODE	2 185 388	193 619
15机组	MOPSO	595 900	150 450
	NSGA-II	598 623	142 879
	MODEA	589 984	137 097
	IBBMOPSO	582 326	136 077
	CMODE	596 683	144 489
	CMMODE	590 707	127 282