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Table 3 Parameters related to CCS technologies

From: An interval mixed-integer non-linear programming model to support regional electric power systems planning with CO2 capture and storage under uncertainty

Electricity generation facilities

η i (106kg/PJ)

CCS

F ij

λ ij

r ij

Cost of installmentCIN it ($106/GW)

Cost of operationCOP it ($106/PJ)

t = 1

t = 2

t = 3

t = 1

t = 2

t = 3

PC (i = 1)

[38, 40]

j = 1

1

[0, 0]

[0.85, 0.90]

[20, 25]

[22, 27]

[25, 28]

[9, 13]

[10, 14]

[11, 16]

j = 2

0

j = 3

1

[0.08, 0.1]

[0.90, 1.00]

[55, 60]

[58, 63]

[60, 68]

[10, 14]

[11, 15]

[11, 17]

NGCC (i = 2)

[22, 25]

j = 1

1

[0, 0]

[0.85, 0.90]

[22, 28]

[25, 30]

[27, 32]

[7, 10]

[9, 13]

[11, 15]

j = 2

1

[0.05, 0.08]

[0.88, 0.93]

[30, 35]

[32, 37]

[35, 40]

[8, 11]

[11,14]

[12, 17]

j = 3

1

[0.07, 0.09]

[0.90, 1.00]

[28, 33]

[30, 35]

[32, 38]

[7, 11]

[10,14]

[12, 17]

IGCC (i = 3)

[31, 34]

j = 1

1

[0, 0]

[0.85, 0.90]

[22, 27]

[25,30]

[28, 33]

[10, 14]

[12, 16]

[14, 18]

j = 2

1

[0.09, 0.11]

[0.90, 0.95]

[42, 47]

[45, 49]

[48, 50]

[11, 15]

[12, 16]

[15, 19]

j = 3

1

[0.08, 0.10]

[0.90, 1.00]

[45, 50]

[48, 53]

[51, 56]

[12, 16]

[13, 17]

[15, 19]

  1. “–” indicates not applicable.