面向系统性能最大化的装备经费结构SD优化

doi:10.12305/j.issn.1001-506X.2021.04.19

Abstract

Abstract:

For acquiring the realistic demand of maximizing the integral operational ability of equipment, the optimal allocation of equipment develop cost is carried out among the equipment constituent units, the steam power system of ship including boiler, main steam turbine, main condenser, turbine driven feed pump is selected as study object. The relation model between the costs and the overall performance of power system is established utilizing system dynamics method, which is translated into the optimization model of each equipment cost structure for the power system on the system dynamics simulation platform. The special rules of cost allocation among the equipment constituent units of power system are found out by system analysis and contrasting the simulation results. The minimum cost of the power system and the optimal allocation structure among each equipment are determined under the condition of power invariability. And the cost structure optimization method based on the theory of system dynamics is formed, which can face the maximization system performance on the equipment constituent units.

Key words: system performance, cost structure, system dynamics optimization, equipment constituent unit

CLC Number:

Guowei CHEN, Yujing ZHOU, Lei REN. SD optimization of equipment cost structure facing system performance maximization[J]. Systems Engineering and Electronics, 2021, 43(4): 1022-1029.

Figures/Tables 12

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References 33

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参数类型	参数符号	单位	参数类型	参数符号	单位
状态变量	SJG_b	T/h	速率变量	R₁	万元
	η_ft	dmnl		R₂	万元
	Q_gs	m³/h		R₃	万元
	η_gs	dmnl		R₄	万元
	SJH_gs	mH₂O		R₅	mH₂O
	SJG_mt	T/h		R₆	MPa
	P_c	MPa		R₇	dmnl
	P_gr	MPa		R₈	MPa
	η_e	dmnl		R₉	MPa
	C_b	万元		R₁₀	m³/h
	C_mt	万元		R₁₁	T/h
	C_gs	万元		R₁₂	MPa
	C_c	万元		R₁₃	T/h
辅助变量	G_b	T/h	常量	η_hs	dmnl
	G_mt	T/h		MG_b	T/h
	G_at	T/h		T_gr	℃
	Ne	KW		MH_gs	mH₂O
	H_e0	KJ/Kg		CSC_b	万元
	Nx	KW		CSC_mt	万元
	CJ	KW		CSC_gs	万元
	H_gs	mH₂O		CSCc	万元
	K₁	dmnl		QWMB	KW
	K₂	dmnl		K₅	dmnl
	K₃	dmnl		MG_mt	T/h
	K₄	dmnl		-	-
	C_gsfp	万元		-	-

性能符号	数值/%	性能符号	数值/%
N_e	95.240	P_c	0
G_mt	60.000	Q_gs	0.700
H_e0	3.860	H_hs	0.004
η_e	0.003	T_gr	1.700
G_b	0.780	MG_b	0.470
G_at	0.020	MG_mt	0.680
P_gr	0.020	MH_gs	2.990
H_gs	2.170	C_总	41.170
η_gs	0.002	QWMB	100.000
η_ft	0.001	MG_mt	0.680

动力系统功率/kW	主机费用增加/万元	锅炉费用增加/万元	冷凝器费用增加/万元	给水泵费用增加/万元
0.710 0	0.119 7	0.108 3	0.003 3	0.000 0
0.745 4	0.123 0	0.115 2	0.006 6	0.002 8
0.886 8	0.164 0	0.172 3	0.032 1	0.022 8
1.000 0	0.282 8	0.300 4	0.085 9	0.067 3

动力系统功率提高率	主机费用比例	锅炉费用比例	冷凝器费用比例	给水泵费用比例
0.000 0	1.000 0	0.924 4	0.227 3	0.205 5
0.010 8	0.939 8	0.892 3	0.228 2	0.205 5
0.054 1	0.757 3	0.789 8	0.242 1	0.205 5
0.088 7	0.672 4	0.710 5	0.245 8	0.205 5

项目	数值1	数值2	数值3	数值4	数值5
动力系统功率/kW	0.181 9	0.222 8	0.263 6	0.426 8	0.557 3
动力系统总费用/万元	0.000 0	0.417 2	0.436 0	0.601 7	1.000 0

SD optimization of equipment cost structure facing system performance maximization

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动力系统功率提高率	主机	锅炉	冷凝器	给水泵
0.000 0	0.216 2	0.268 2	0.288 6	0.039 0
0.020 3	0.221 3	0.282 4	0.316 9	0.044 1
0.101 5	0.285 0	0.399 2	0.537 1	0.080 4
0.166 5	0.469 6	0.661 6	1.000 0	0.161 4

计算项	取值和计算结果
计算项	情况1	情况2	情况3	情况4	情况5
X₁(t)	0	0.013 1%	0.060 3%	0.161 1%	0.198 3%
Y₁(t)	62.392 9%	60.565 0%	70.657 3%	74.531 0%	100.000 0%
\|X₁(t)-X₀(t)\|/X₀(t)	1.000 0	0.412 3	1.684 7	6.175 9	7.831 5
\|Y₁(t)-Y₀(t)\|/Y₀(t)	0.026 4	0.003 7	0.162 3	0.226 1	0.645 0
N_e的灵敏度	0.026 4	0.008 9	0.096 4	0.036 6	0.082 4