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case85_cssr.py
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case85_cssr.py
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import numpy as np
tg = np.tan(np.arccos(0.7))
l=0.5
CASEDATA = {
'Vs': 10, # voltage at node 1 (kV)
'Vmin': 9.5, # minimum voltage (kV)
'alpha': 0.6, # load factor
'g': 0.1, # capital recovery rate
'cl': 0.1, # cost of energy loss ($/kWh)
'delta': 50, # precentage deviation in load Smax*(1'+/-' delta)
'branch': np.array([
# from to length(km) P(kW) Q(kVA)
[0, 1, l, 0.01, 0.01*tg],
[1, 2, l, 0.01, 0.01*tg],
[2, 3, l, 56.0, 56.0*tg],
[3, 4, l, 0.01, 0.01*tg],
[4, 5, l, 35.28, 35.28*tg],
[5, 6, l, 0.01, 0.01*tg],
[6, 7, l, 35.28, 35.28*tg],
[7, 8, l, 0.01, 0.01*tg],
[8, 9, l, 0.01, 0.01*tg],
[9, 10, l, 56, 56*tg],
[10, 11, l, 0.01, 0.01*tg],
[11, 12, l, 0.01, 0.01*tg],
[12, 13, l, 35.28, 35.28*tg],
[13, 14, l, 35.28, 35.28*tg],
[1, 15, l, 35.28, 35.28*tg],
[2, 16, l, 112, 112*tg],
[4, 17, l, 56, 56*tg],
[17, 18, l, 56, 56*tg],
[18, 19, l, 35.28, 35.28*tg],
[19, 20, l, 35.28, 35.28*tg],
[20, 21, l, 35.28, 35.28*tg],
[18, 22, l, 56, 56*tg],
[6, 23, l, 35.28, 35.28*tg],
[7, 24, l, 35.28, 35.28*tg],
[24, 25, l, 56, 56*tg],
[25, 26, l, 0.01, 0.01*tg],
[26, 27, l, 56, 56*tg],
[27, 28, l, 0.01, 0.01*tg],
[28, 29, l, 35.28, 35.28*tg],
[29, 30, l, 35.28, 35.28*tg],
[30, 31, l, 0.01, 0.01*tg],
[31, 32, l, 0.01, 0.01*tg],
[32, 33, l, 14, 14*tg],
[33, 34, l, 0.01, 0.01*tg],
[34, 35, l, 35.28, 35.28*tg],
[25, 36, l, 56, 56*tg],
[26, 37, l, 56, 56*tg],
[28, 38, l, 56, 56*tg],
[31, 39, l, 35.28, 35.28*tg],
[39, 40, l, 0.01, 0.01*tg],
[40, 41, l, 35.28, 35.28*tg],
[40, 42, l, 35.28, 35.28*tg],
[33, 43, l, 35.28, 35.28*tg],
[43, 44, l, 35.28, 35.28*tg],
[44, 45, l, 35.28, 35.28*tg],
[45, 46, l, 14, 14*tg],
[34, 47, l, 0.01, 0.01*tg],
[47, 48, l, 0.01, 0.01*tg],
[48, 49, l, 35.28, 35.28*tg],
[49, 50, l, 56, 56*tg],
[47, 51, l, 0.01, 0.01*tg],
[51, 52, l, 35.28, 35.28*tg],
[52, 53, l, 56, 56*tg],
[51, 54, l, 56, 56*tg],
[48, 55, l, 14, 14*tg],
[8, 56, l, 56, 56*tg],
[56, 57, l, 0.01, 0.01*tg],
[57, 58, l, 56, 56*tg],
[57, 59, l, 56, 56*tg],
[59, 60, l, 56, 56*tg],
[60, 61, l, 56, 56*tg],
[59, 62, l, 14, 14*tg],
[62, 63, l, 0.01, 0.01*tg],
[63, 64, l, 0.01, 0.01*tg],
[64, 65, l, 56, 56*tg],
[63, 66, l, 0.01, 0.01*tg],
[66, 67, l, 0.01, 0.01*tg],
[67, 68, l, 56, 56*tg],
[68, 69, l, 0.01, 0.01*tg],
[69, 70, l, 35.28, 35.28*tg],
[66, 71, l, 56, 56*tg],
[67, 72, l, 0.01, 0.01*tg],
[72, 73, l, 56, 56*tg],
[72, 74, l, 35.28, 35.28*tg],
[69, 75, l, 56, 56*tg],
[64, 76, l, 14, 14*tg],
[9, 77, l, 56, 56*tg],
[66, 78, l, 35.28, 35.28*tg],
[11, 79, l, 56, 56*tg],
[79, 80, l, 0.01, 0.01*tg],
[80, 81, l, 56, 56*tg],
[80, 82, l, 35.28, 35.28*tg],
[82, 83, l, 14, 14*tg],
[12, 84, l, 35.28, 35.28*tg],
]),
'cable': np.array([
# area(mm^2) r(ohm/km) x(ohm/km) Imax(A) instalation($/km)
[16, 2.003, 0.136, 85, 12200],
[25, 1.282, 0.131, 130, 16000],
[35, 0.866, 0.126, 155, 17200],
[50, 0.641, 0.121, 180, 20300],
[70, 0.443, 0.116, 225, 23300],
[95, 0.320, 0.112, 270, 27600],
[120, 0.253, 0.108, 305, 34500],
[150, 0.206, 0.105, 340, 39000],
[185, 0.130, 0.076, 380, 43500],
]),
'xy': np.array([
# x(mm) y(mm)
[7, 0], #1
[7, -1], #2
[7, -2], #3
[6, -3], #4
[6, -4], #5
[6, -5], #6
[6, -6], #7
[5, -7], #8
[4, -8], #9
[3, -9], #10
[2, -10], #11
[2, -11], #12
[1, -12], #13
[0, -13], #14
[0, -14], #15
[8, -2], #16
[7, -3], #17
[7, -5], #18
[7, -6], #19
[7, -7], #20
[7, -8], #21
[7, -9], #22
[8, -7], #23
[6, -7], #24
[5, -8], #25
[5, -9], #26
[5, -10], #27
[5, -11], #28
[7, -12], #29
[7, -13], #30
[7, -14], #31
[7, -15], #32
[7, -16], #33
[7, -17], #34
[6, -18], #35
[5, -19], #36
[6, -10], #37
[6, -11], #38
[8, -13], #39
[8, -16], #40
[8, -17], #41
[8, -18], #42
[9, -18], #43
[7, -18], #44
[7, -19], #45
[8, -20], #46
[8, -21], #47
[6, -19], #48
[5, -20], #49
[3, -21], #50
[3, -22], #51
[6, -20], #52
[6, -21], #53
[6, -22], #54
[7, -21], #55
[5, -21], #56
[4, -9], #57
[4, -10], #58
[3, -11], #59
[4, -11], #60
[4, -12], #61
[4, -13], #62
[5, -12], #63
[5, -13], #64
[3, -14], #65
[2,-15], #66
[5, -14], #67
[4, -15], #68
[4,-16], #69
[4, -17], #70
[4, -18], #71
[5, -15], #72
[5, -16], #73
[5, -17], #74
[6, -17], #75
[5, -18], #76
[3, -15], #77
[3, -10], #78
[6, -15], #79
[2, -12], #80
[2, -13], #81
[1, -14], #82
[2, -14], #83
[1, -15], #84
[1, -13], #85
])
}