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IEEE39.py
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IEEE39.py
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#Devices
from devices.topo import Bus
from devices.branch import Lne
from devices.load import LoadExp
from devices.load import LoadU
from devices.sm import Syn4
from devices.branch import Lne
from devices.branch import Tr2W
from devices.smControllers import IeeeT1
from devices.smControllers import constantEXC
from devices.smControllers import GovTypeII
from devices.smControllers import constantTG
# Containers
from System import System
from DAE import DAE
# Methods
from methods import powerFlow
from methods import PowerFlux
# standard
import numpy as np
from matplotlib import pyplot as plt
def case39():
# ***********************************************************
# Buses
B1 = {"name": 1, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B2 = {"name": 2, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B3 = {"name": 3, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B4 = {"name": 4, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B5 = {"name": 5, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B6 = {"name": 6, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B7 = {"name": 7, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B8 = {"name": 8, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B9 = {"name": 9, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B10 = {"name": 10, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B11 = {"name": 11, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B12 = {"name": 12, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B13 = {"name": 13, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B14 = {"name": 14, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B15 = {"name": 15, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B16 = {"name": 16, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B17 = {"name": 17, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B18 = {"name": 18, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B19 = {"name": 19, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B20 = {"name": 20, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B21 = {"name": 21, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B22 = {"name": 22, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B23 = {"name": 23, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B24 = {"name": 24, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B25 = {"name": 25, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B26 = {"name": 26, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B27 = {"name": 27, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B28 = {"name": 28, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B29 = {"name": 29, "busType": 1, "vm0": 1.0, "va0": 0.0, "vb": 1}
B30 = {"name": 30, "busType": 2, "vm0": 1.0475, "va0": -3.7342, "vb": 1}
B31 = {"name": 31, "busType": 3, "vm0": 0.982, "va0": 0.0, "vb": 1}
B32 = {"name": 32, "busType": 2, "vm0": 0.9831, "va0": 1.7944, "vb": 1}
B33 = {"name": 33, "busType": 2, "vm0": 0.9972, "va0": 2.8715, "vb": 1}
B34 = {"name": 34, "busType": 2, "vm0": 1.0123, "va0": 1.459, "vb": 1}
B35 = {"name": 35, "busType": 2, "vm0": 1.0493, "va0": 4.7751, "vb": 1}
B36 = {"name": 36, "busType": 2, "vm0": 1.0635, "va0": 7.4572, "vb": 1}
B37 = {"name": 37, "busType": 2, "vm0": 1.0278, "va0": 2.0485, "vb": 1}
B38 = {"name": 38, "busType": 2, "vm0": 1.0265, "va0": 7.3024, "vb": 1}
B39 = {"name": 39, "busType": 2, "vm0": 1.03, "va0": -10.0638, "vb": 1}
busList = [B1, B2, B3, B4, B5, B6, B7, B8, B9, B10, B11, B12, B13, B14, B15, B16, B17, B18, B19, B20, B21, B22, B23, B24, B25, B26, B27, B28, B29, B30, B31, B32, B33, B34, B35, B36, B37, B38, B39]
ld3 = {"bus0": 3, "name": 'ld3', "p": 3.22, "q": 0.024, "alpha": 2, "beta": 2, "status": 1}
ld4 = {"bus0": 4, "name": 'ld4', "p": 5, "q": 1.84, "alpha": 2, "beta": 2, "status": 1}
ld7 = {"bus0": 7, "name": 'ld7', "p": 2.338, "q": 0.84, "alpha": 2, "beta": 2, "status": 1}
ld8 = {"bus0": 8, "name": 'ld8', "p": 5.22, "q": 1.76, "alpha": 2, "beta": 2, "status": 1}
ld12 = {"bus0": 12, "name": 'ld12', "p": 0.075, "q": 0.88, "alpha": 2, "beta": 2, "status": 1}
ld15 = {"bus0": 15, "name": 'ld15', "p": 3.2, "q": 1.53, "alpha": 2, "beta": 2, "status": 1}
ld16 = {"bus0": 16, "name": 'ld16', "p": 3.29, "q": 0.323, "alpha": 2, "beta": 2, "status": 1}
ld18 = {"bus0": 18, "name": 'ld18', "p": 1.58, "q": 0.3, "alpha": 2, "beta": 2, "status": 1}
ld20 = {"bus0": 20, "name": 'ld20', "p": 6.28, "q": 1.03, "alpha": 2, "beta": 2, "status": 1}
ld21 = {"bus0": 21, "name": 'ld21', "p": 2.74, "q": 1.15, "alpha": 2, "beta": 2, "status": 1}
ld23 = {"bus0": 23, "name": 'ld23', "p": 2.475, "q": 0.846, "alpha": 2, "beta": 2, "status": 1}
ld24 = {"bus0": 24, "name": 'ld24', "p": 3.086, "q": -0.922, "alpha": 2, "beta": 2, "status": 1}
ld25 = {"bus0": 25, "name": 'ld25', "p": 2.24, "q": 0.472, "alpha": 2, "beta": 2, "status": 1}
ld26 = {"bus0": 26, "name": 'ld26', "p": 1.39, "q": 0.17, "alpha": 2, "beta": 2, "status": 1}
ld27 = {"bus0": 27, "name": 'ld27', "p": 2.81, "q": 0.755, "alpha": 2, "beta": 2, "status": 1}
ld28 = {"bus0": 28, "name": 'ld28', "p": 2.06, "q": 0.276, "alpha": 2, "beta": 2, "status": 1}
ld29 = {"bus0": 29, "name": 'ld29', "p": 2.835, "q": 0.269, "alpha": 2, "beta": 2, "status": 1}
ld31 = {"bus0": 31, "name": 'ld31', "p": 0.092, "q": 0.046, "alpha": 2, "beta": 2, "status": 1}
ld39 = {"bus0": 39, "name": 'ld39', "p": 11.04, "q": 2.5, "alpha": 2, "beta": 2, "status": 1}
loadList = [ld3, ld4, ld7, ld8, ld12, ld15, ld16, ld18, ld20, ld21, ld23, ld24, ld25, ld26, ld27, ld28, ld29, ld31, ld39]
G1 = {"bus0": 39, "name": 'G1', "pgen": 10.0, "qgen": 0.0, "sn": 100, "vn": 1, "H": 500, "ra": 0, "xd1": 0.006, "xq1": 0.008, "xd": 0.02, "xq": 0.019, "Td10": 7, "Tq10": 0.7, "D":0, "fn": 60.0 }
G2 = {"bus0": 31, "name": 'G2', "pgen": 0.0, "qgen": 0.0, "sn": 100, "vn": 1, "H": 30.3, "ra": 0, "xd1": 0.0697, "xq1": 0.17, "xd": 0.295, "xq": 0.282, "Td10": 6.56, "Tq10": 1.5, "D":0, "fn": 60.0 }
G3 = {"bus0": 32, "name": 'G3', "pgen": 6.5, "qgen": 0.0, "sn": 100, "vn": 1, "H": 35.8, "ra": 0, "xd1": 0.0531, "xq1": 0.0876, "xd": 0.2495, "xq": 0.237, "Td10": 5.7, "Tq10": 1.5, "D":0, "fn": 60.0 }
G4 = {"bus0": 33, "name": 'G4', "pgen": 6.32, "qgen": 0.0, "sn": 100, "vn": 1, "H": 28.6, "ra": 0, "xd1": 0.0436, "xq1": 0.166, "xd": 0.262, "xq": 0.258, "Td10": 5.69, "Tq10": 1.5, "D":0, "fn": 60.0 }
G5 = {"bus0": 34, "name": 'G5', "pgen": 5.08, "qgen": 0.0, "sn": 100, "vn": 1, "H": 26, "ra": 0, "xd1": 0.132, "xq1": 0.166, "xd": 0.67, "xq": 0.62, "Td10": 5.4, "Tq10": 0.44, "D":0, "fn": 60.0 }
G6 = {"bus0": 35, "name": 'G6', "pgen": 6.5, "qgen": 0.0, "sn": 100, "vn": 1, "H": 34.8, "ra": 0, "xd1": 0.05, "xq1": 0.0814, "xd": 0.254, "xq": 0.241, "Td10": 7.3, "Tq10": 0.4, "D":0 , "fn": 60.0 }
G7 = {"bus0": 36, "name": 'G7', "pgen": 5.6, "qgen": 0.0, "sn": 100, "vn": 1, "H": 26.4, "ra": 0, "xd1": 0.049, "xq1": 0.186, "xd": 0.295, "xq": 0.292, "Td10": 5.66, "Tq10": 1.5, "D":0, "fn": 60.0 }
G8 = {"bus0": 37, "name": 'G8', "pgen": 5.4, "qgen": 0.0, "sn": 100, "vn": 1, "H": 24.3, "ra": 0, "xd1": 0.057, "xq1": 0.0911, "xd": 0.29, "xq": 0.28, "Td10": 6.7, "Tq10": 0.41, "D":0, "fn": 60.0 }
G9 = {"bus0": 38, "name": 'G9', "pgen": 8.3, "qgen": 0.0, "sn": 100, "vn": 1, "H": 34.5, "ra": 0, "xd1": 0.057, "xq1": 0.0587, "xd": 0.2106, "xq": 0.205, "Td10": 4.79, "Tq10": 1.96, "D":0, "fn": 60.0 }
G10 = {"bus0": 30, "name": 'G10', "pgen": 2.5, "qgen": 0.0, "sn": 100, "vn": 1, "H": 42, "ra": 0, "xd1": 0.031, "xq1": 0.008, "xd": 0.1, "xq": 0.069, "Td10": 10.2, "Tq10": 0.1, "D":0, "fn": 60.0 }
genList = [G1, G2, G3, G4, G5, G6, G7, G8, G9, G10]
Ln1 = {"name": 'Ln1', "bus0": 1, "bus1": 2, "r": 0.0035, "x": 0.0411, "b": 0.6987, "status": 1 }
Ln2 = {"name": 'Ln2', "bus0": 1, "bus1": 39, "r": 0.001, "x": 0.025, "b": 0.75, "status": 1 }
Ln3 = {"name": 'Ln3', "bus0": 2, "bus1": 3, "r": 0.0013, "x": 0.0151, "b": 0.2572, "status": 1 }
Ln4 = {"name": 'Ln4', "bus0": 2, "bus1": 25, "r": 0.007, "x": 0.0086, "b": 0.146, "status": 1 }
Ln5 = {"name": 'Ln5', "bus0": 3, "bus1": 4, "r": 0.0013, "x": 0.0213, "b": 0.2214, "status": 1 }
Ln6 = {"name": 'Ln6', "bus0": 3, "bus1": 18, "r": 0.0011, "x": 0.0133, "b": 0.2138, "status": 1 }
Ln7 = {"name": 'Ln7', "bus0": 4, "bus1": 5, "r": 0.0008, "x": 0.0128, "b": 0.1342, "status": 1 }
Ln8 = {"name": 'Ln8', "bus0": 4, "bus1": 14, "r": 0.0008, "x": 0.0129, "b": 0.1382, "status": 1 }
Ln9 = {"name": 'Ln9', "bus0": 5, "bus1": 6, "r": 0.0002, "x": 0.0026, "b": 0.0434, "status": 1 }
Ln10 = {"name": 'Ln10', "bus0": 5, "bus1": 8, "r": 0.0008, "x": 0.0112, "b": 0.1476, "status": 1 }
Ln11 = {"name": 'Ln11', "bus0": 6, "bus1": 7, "r": 0.0006, "x": 0.0092, "b": 0.113, "status": 1 }
Ln12 = {"name": 'Ln12', "bus0": 6, "bus1": 11, "r": 0.0007, "x": 0.0082, "b": 0.1389, "status": 1 }
Ln13 = {"name": 'Ln13', "bus0": 7, "bus1": 8, "r": 0.0004, "x": 0.0046, "b": 0.078, "status": 1 }
Ln14 = {"name": 'Ln14', "bus0": 8, "bus1": 9, "r": 0.0023, "x": 0.0363, "b": 0.3804, "status": 1 }
Ln15 = {"name": 'Ln15', "bus0": 9, "bus1": 39, "r": 0.001, "x": 0.025, "b": 1.2, "status": 1 }
Ln16 = {"name": 'Ln16', "bus0": 10, "bus1": 11, "r": 0.0004, "x": 0.0043, "b": 0.0729, "status": 1 }
Ln17 = {"name": 'Ln17', "bus0": 10, "bus1": 13, "r": 0.0004, "x": 0.0043, "b": 0.0729, "status": 1 }
Ln18 = {"name": 'Ln18', "bus0": 13, "bus1": 14, "r": 0.0009, "x": 0.0101, "b": 0.1723, "status": 1 }
Ln19 = {"name": 'Ln19', "bus0": 14, "bus1": 15, "r": 0.0018, "x": 0.0217, "b": 0.366, "status": 1 }
Ln20 = {"name": 'Ln20', "bus0": 15, "bus1": 16, "r": 0.0009, "x": 0.0094, "b": 0.171, "status": 1 }
Ln21 = {"name": 'Ln21', "bus0": 16, "bus1": 17, "r": 0.0007, "x": 0.0089, "b": 0.1342, "status": 1 }
Ln22 = {"name": 'Ln22', "bus0": 16, "bus1": 19, "r": 0.0016, "x": 0.0195, "b": 0.304, "status": 1 }
Ln23 = {"name": 'Ln23', "bus0": 16, "bus1": 21, "r": 0.0008, "x": 0.0135, "b": 0.2548, "status": 1 }
Ln24 = {"name": 'Ln24', "bus0": 16, "bus1": 24, "r": 0.0003, "x": 0.0059, "b": 0.068, "status": 1 }
Ln25 = {"name": 'Ln25', "bus0": 17, "bus1": 18, "r": 0.0007, "x": 0.0082, "b": 0.1319, "status": 1 }
Ln26 = {"name": 'Ln26', "bus0": 17, "bus1": 27, "r": 0.0013, "x": 0.0173, "b": 0.3216, "status": 1 }
Ln27 = {"name": 'Ln27', "bus0": 21, "bus1": 22, "r": 0.0008, "x": 0.014, "b": 0.2565, "status": 1 }
Ln28 = {"name": 'Ln28', "bus0": 22, "bus1": 23, "r": 0.0006, "x": 0.0096, "b": 0.1846, "status": 1 }
Ln29 = {"name": 'Ln29', "bus0": 23, "bus1": 24, "r": 0.0022, "x": 0.035, "b": 0.361, "status": 1 }
Ln30 = {"name": 'Ln30', "bus0": 25, "bus1": 26, "r": 0.0032, "x": 0.0323, "b": 0.513, "status": 1 }
Ln31 = {"name": 'Ln31', "bus0": 26, "bus1": 27, "r": 0.0014, "x": 0.0147, "b": 0.2396, "status": 1 }
Ln32 = {"name": 'Ln32', "bus0": 26, "bus1": 28, "r": 0.0043, "x": 0.0474, "b": 0.7802, "status": 1 }
Ln33 = {"name": 'Ln33', "bus0": 26, "bus1": 29, "r": 0.0057, "x": 0.0625, "b": 1.029, "status": 1 }
Ln34 = {"name": 'Ln34', "bus0": 28, "bus1": 29, "r": 0.0014, "x": 0.0151, "b": 0.249, "status": 1 }
lneList = [Ln1, Ln2, Ln3, Ln4, Ln5, Ln6, Ln7, Ln8, Ln9, Ln10, Ln11, Ln12, Ln13, Ln14, Ln15, Ln16, Ln17, Ln18, Ln19, Ln20, Ln21, Ln22, Ln23, Ln24, Ln25, Ln26, Ln27, Ln28, Ln29, Ln30, Ln31, Ln32, Ln33, Ln34]
Tr1 = {"name": 'Tr1', "bus0": 2, "bus1": 30, "r": 0, "x": 0.0181, "b": 0, "status": 1, "ratio1": 1.025, "ratio2": 1, "shift": 0 }
Tr2 = {"name": 'Tr2', "bus0": 31, "bus1": 6, "r": 0, "x": 0.025, "b": 0, "status": 1, "ratio1": 0.85714, "ratio2": 1, "shift": 0 }
Tr3 = {"name": 'Tr3', "bus0": 10, "bus1": 32, "r": 0, "x": 0.02, "b": 0, "status": 1, "ratio1": 1.07, "ratio2": 1, "shift": 0 }
Tr4 = {"name": 'Tr4', "bus0": 12, "bus1": 11, "r": 0.0016, "x": 0.0435, "b": 0, "status": 1, "ratio1": 1.006, "ratio2": 1, "shift": 0 }
Tr5 = {"name": 'Tr5', "bus0": 12, "bus1": 13, "r": 0.0016, "x": 0.0435, "b": 0, "status": 1, "ratio1": 1.006, "ratio2": 1, "shift": 0 }
Tr6 = {"name": 'Tr6', "bus0": 19, "bus1": 20, "r": 0.0007, "x": 0.0138, "b": 0, "status": 1, "ratio1": 1.06, "ratio2": 1, "shift": 0 }
Tr7 = {"name": 'Tr7', "bus0": 19, "bus1": 33, "r": 0.0007, "x": 0.0142, "b": 0, "status": 1, "ratio1": 1.07, "ratio2": 1, "shift": 0 }
Tr8 = {"name": 'Tr8', "bus0": 20, "bus1": 34, "r": 0.0009, "x": 0.018, "b": 0, "status": 1, "ratio1": 1.009, "ratio2": 1, "shift": 0 }
Tr9 = {"name": 'Tr9', "bus0": 22, "bus1": 35, "r": 0, "x": 0.0143, "b": 0, "status": 1, "ratio1": 1.025, "ratio2": 1, "shift": 0 }
Tr10 = {"name": 'Tr10', "bus0": 23, "bus1": 36, "r": 0.0005, "x": 0.0272, "b": 0, "status": 1, "ratio1": 1, "ratio2": 1, "shift": 0 }
Tr11 = {"name": 'Tr11', "bus0": 25, "bus1": 37, "r": 0.0006, "x": 0.0232, "b": 0, "status": 1, "ratio1": 1.025, "ratio2": 1, "shift": 0 }
Tr12 = {"name": 'Tr12', "bus0": 29, "bus1": 38, "r": 0.0008, "x": 0.0156, "b": 0, "status": 1, "ratio1": 1.025, "ratio2": 1, "shift": 0 }
trList = [Tr1, Tr2, Tr3, Tr4, Tr5, Tr6, Tr7, Tr8, Tr9, Tr10, Tr11, Tr12]
# Exciters!
EX1 = {'name': 'EX1', 'gen0': 'G1' }
EX2 = {'Ka': 6.2, 'Ta': 0.05, 'vrmin': -1, 'vrmax': 1, 'Kf': 0.405, 'Tf': 0.5, 'Ke': -0.633, 'Te': 0.405, 'Be': 0.284229887582359, 'Ae': 0.2784375, 'Tr': 0.01, 'name': 'EX2', 'gen0': 'G2' }
EX3 = {'Ka': 5, 'Ta': 0.06, 'vrmin': -1, 'vrmax': 1, 'Kf': 0.5, 'Tf': 1, 'Ke': -0.0198, 'Te': 0.5, 'Be': 1.23137542289164, 'Ae': 0.0072666904131895, 'Tr': 0.01, 'name': 'EX3', 'gen0': 'G3' }
EX4 = {'Ka': 5, 'Ta': 0.06, 'vrmin': -1, 'vrmax': 1, 'Kf': 0.5, 'Tf': 1, 'Ke': -0.0525, 'Te': 0.5, 'Be': 1.43026520339115, 'Ae': 0.00132303399603038, 'Tr': 0.01, 'name': 'EX4', 'gen0': 'G4' }
EX5 = {'Ka': 40, 'Ta': 0.02, 'vrmin': -10.5, 'vrmax': 10.5, 'Kf': 0.785, 'Tf': 1, 'Ke': 1, 'Te': 0.785, 'Be': 1.86630600866725, 'Ae': 3.18616294947655E-05, 'Tr': 0.01, 'name': 'EX5', 'gen0': 'G5' }
EX6 = {'Ka': 5, 'Ta': 0.02, 'vrmin': -1, 'vrmax': 1, 'Kf': 0.471, 'Tf': 1.246, 'Ke': -0.0419, 'Te': 0.471, 'Be': 1.14299902736779, 'Ae': 0.00106095931823254, 'Tr': 0.01, 'name': 'EX6', 'gen0': 'G6' }
EX7 = {'Ka': 40, 'Ta': 0.02, 'vrmin': -6.5, 'vrmax': 6.5, 'Kf': 0.73, 'Tf': 1, 'Ke': 1, 'Te': 0.73, 'Be': 0.357394050827424, 'Ae': 0.194718994926263, 'Tr': 0.01, 'name': 'EX7', 'gen0': 'G7' }
EX8 = {'Ka': 5, 'Ta': 0.02, 'vrmin': -1, 'vrmax': 1, 'Kf': 0.528, 'Tf': 1.26, 'Ke': -0.047, 'Te': 0.528, 'Be': 1.28332649480673, 'Ae': 0.00119834718703948, 'Tr': 0.01, 'name': 'EX8', 'gen0': 'G8' }
EX9 = {'Ka': 40, 'Ta': 0.02, 'vrmin': -10.5, 'vrmax': 10.5, 'Kf': 1.4, 'Tf': 1, 'Ke': 1, 'Te': 1.4, 'Be': 0.222364271304254, 'Ae': 0.240607954406676, 'Tr': 0.01, 'name': 'EX9', 'gen0': 'G9' }
EX10 = {'Ka': 5, 'Ta': 0.06, 'vrmin': -1, 'vrmax': 1, 'Kf': 0.25, 'Tf': 1, 'Ke': -0.0485, 'Te': 0.25, 'Be': 0.997142126905033, 'Ae': 0.00233045061447428, 'Tr': 0.01, 'name': 'EX10', 'gen0': 'G10' }
excList = [EX2, EX3, EX4, EX5, EX6, EX7, EX8, EX9, EX10]
#Constant gvernor
Gov1 = {'gen0':'G1', 'name': 'gov1'}
Gov2 = {'gen0':'G2', 'name': 'gov2'}
Gov3 = {'gen0':'G3', 'name': 'gov3'}
Gov4 = {'gen0':'G4', 'name': 'gov4'}
Gov5 = {'gen0':'G5', 'name': 'gov5'}
Gov7 = {'gen0':'G7', 'name': 'gov7'}
Gov8 = {'gen0':'G8', 'name': 'gov8'}
Gov9 = {'gen0':'G9', 'name': 'gov9'}
Gov6 = {'gen0':'G6', 'name': 'gov6', 'R': 0.05 , 'T1': 0.3, 'T2': 0.1, 'pmax': 10., 'pmin': 0}
Gov10 = {'gen0':'G10', 'name': 'gov10', 'R': 0.05 , 'T1': 0.3, 'T2': 0.1, 'pmax': 10., 'pmin': 0}
govList = [Gov1, Gov2, Gov3, Gov4, Gov5, Gov7, Gov8, Gov9]
# ***********************************************************
#Instances
# System instance
system = System()
#Algebraic and States deposit
dae = DAE()
#Devices
system.bus = Bus()
system.load = LoadExp()
system.loadu = LoadU()
system.syn4 = Syn4()
system.lne = Lne()
system.tr2w = Tr2W()
#Exciter
system.exc = IeeeT1()
system.cExc = constantEXC()
#Governor
system.tG = GovTypeII()
system.cTg = constantTG()
# ***********************************************************
#Add devices
# Bus
for devi in busList:
system.bus.addDevice(dae, devi)
# Loads
for devi in loadList:
system.load.addDevice(dae, system.bus, devi)
# Generators
for devi in genList:
system.syn4.addDevice(dae, system.bus, devi)
# Lines
for devi in lneList:
system.lne.addDevice(dae, system.bus, devi)
# Transformers
for devi in trList:
system.tr2w.addDevice(dae, system.bus, devi)
# Exciters
for devi in excList:
system.exc.addDevice(dae, system.syn4, devi)
system.cExc.addDevice(dae, system.syn4, EX1)
# Governors
for devi in govList:
system.cTg.addDevice(dae, system.syn4, devi)
system.tG.addDevice(dae, system.syn4, Gov6)
system.tG.addDevice(dae, system.syn4, Gov10)
# system.loadu.addDevice(dae, system.bus, ld2)
# ***********************************************************
system.deviceList = ['bus', 'load', 'lne', 'tr2w', 'syn4', 'cExc', 'exc', 'tG', 'cTg']
#Set Up devices
dae.setUp()
system.setUpDevices()
#Compute Ybus
system.makeYbus()
#runPF
powerFlow(system.Ybus, system.bus, [system.syn4], [system.load, system.loadu])
#Initialize
system.initDevices(dae)
#Compute matrices
dae.reInitG()
dae.reInitF()
system.computeF(dae)
system.computeG(dae, system.Ybus)
#==================================================================================
# Subsystems!
system1 = System()
system2 = System()
# Deposits
dae1 = DAE()
dae2 = DAE()
# -----------------------------------------------------------------------------------
#Buses
system1.bus = Bus()
system2.bus = Bus()
busList1 = [B1, B2, B3, B4, B5, B6, B7, B8, B9, B10, B11, B12, B13, B14, B17, B18, B25, B26, B27, B28, B29, B39, B30, B31, B32, B37, B38, B15, B16]
busList2 = [B15, B16, B19, B20, B21, B22, B23, B24, B33, B34, B35, B36, B14, B17]
for devi in busList1:
system1.bus.addDevice(dae1, devi)
for devi in busList2:
system2.bus.addDevice(dae2, devi)
# -----------------------------------------------------------------------------------
# Loads
system1.load = LoadExp()
system2.load = LoadExp()
loadList1 = [ld3, ld4, ld7, ld8, ld12, ld18, ld25, ld26, ld27, ld28, ld29, ld31, ld39]
loadList2 = [ld15, ld16, ld20, ld21, ld23, ld24]
for devi in loadList1:
system1.load.addDevice(dae1, system1.bus, devi)
for devi in loadList2:
system2.load.addDevice(dae2, system2.bus, devi)
# -----------------------------------------------------------------------------------
# Lines
system1.lne = Lne()
system2.lne = Lne()
lneList1 = [Ln1, Ln2, Ln3, Ln4, Ln5, Ln6, Ln7, Ln8, Ln9, Ln10, Ln11, Ln12, Ln13, Ln14, Ln15, Ln16, Ln17, Ln18, Ln25, Ln26, Ln30, Ln31, Ln32, Ln33, Ln34, Ln21, Ln19]
lneList2 = [Ln20, Ln22, Ln23, Ln24, Ln27, Ln28, Ln29, Ln19, Ln21]
for devi in lneList1:
system1.lne.addDevice(dae1, system1.bus, devi)
for devi in lneList2:
system2.lne.addDevice(dae2, system2.bus, devi)
# -----------------------------------------------------------------------------------
# Transformers
trList1 = [Tr1, Tr2, Tr3, Tr4, Tr5, Tr11, Tr12]
trList2 = [Tr6, Tr7, Tr8, Tr9, Tr10]
system1.tr2w = Tr2W()
system2.tr2w = Tr2W()
for devi in trList1:
system1.tr2w.addDevice(dae1, system1.bus, devi)
for devi in trList2:
system2.tr2w.addDevice(dae2, system2.bus, devi)
# -----------------------------------------------------------------------------------
# Generators
system1.syn4 = Syn4()
system2.syn4 = Syn4()
genList1 = [G1, G2, G3, G8, G9, G10]
genList2 = [G4, G5, G6, G7]
for devi in genList1:
system1.syn4.addDevice(dae1, system1.bus, devi)
for devi in genList2:
system2.syn4.addDevice(dae2, system2.bus, devi)
# -----------------------------------------------------------------------------------
#Exciter
system1.exc = IeeeT1()
system1.cExc = constantEXC()
system2.exc = IeeeT1()
excList1 = [EX2, EX3, EX8, EX9, EX10]
excList2 = [EX4, EX5, EX6, EX7]
for devi in excList1:
system1.exc.addDevice(dae1, system1.syn4, devi)
system1.cExc.addDevice(dae1, system1.syn4, EX1)
for devi in excList2:
system2.exc.addDevice(dae2, system2.syn4, devi)
# -----------------------------------------------------------------------------------
#Governor
system1.tG = GovTypeII()
system1.cTg = constantTG()
system2.tG = GovTypeII()
system2.cTg = constantTG()
govList1 = [Gov1, Gov2, Gov3, Gov8, Gov9]
govList2 = [ Gov4, Gov5, Gov7]
for devi in govList1:
system1.cTg.addDevice(dae1, system1.syn4, devi)
for devi in govList2:
system2.cTg.addDevice(dae2, system2.syn4, devi)
system1.tG.addDevice(dae1, system1.syn4, Gov10)
system2.tG.addDevice(dae2, system2.syn4, Gov6)
# -----------------------------------------------------------------------------------
# Cargas controlables
system1.loadu = LoadU()
system2.loadu = LoadU()
# Compute power flux
sFrom, sTo = PowerFlux(system, dae)
# system 1
# bus 15
ldU15 = {'bus0': 15, 'name': 'ldU15', 'p': - 1 * sTo[18].real, 'q': - 1 * sTo[18].imag}
# bus 16
ldU16 = {'bus0': 16, 'name': 'ldU16', 'p': -1 * sFrom[20].real, 'q': -1 * sFrom[20].imag}
system1.loadu.addDevice(dae1, system1.bus, ldU15)
system1.loadu.addDevice(dae1, system1.bus, ldU16)
# system 2
# bus 14
ldU14 = {'bus0': 14, 'name': 'ldU14', 'p': -1 * sFrom[18].real, 'q': -1 * sFrom[18].imag}
# bus 17
ldU17 = {'bus0': 17, 'name': 'ldU17', 'p': -1 * sTo[20].real, 'q': -1 * sTo[20].imag}
system2.loadu.addDevice(dae2, system2.bus, ldU14)
system2.loadu.addDevice(dae2, system2.bus, ldU17)
# ==============================================================================================
system1.deviceList = ['bus', 'load', 'loadu', 'lne', 'tr2w', 'syn4', 'cExc', 'exc', 'tG', 'cTg']
system2.deviceList = ['bus', 'load', 'loadu', 'lne', 'tr2w', 'syn4', 'exc', 'tG', 'cTg']
#Set Up devices
dae1.setUp()
system1.setUpDevices()
#Set Up devices
dae2.setUp()
system2.setUpDevices()
# Compute admittance matrices
system1.makeYbus()
system2.makeYbus()
#runPF
powerFlow(system1.Ybus, system1.bus, [system1.syn4], [system1.load, system1.loadu])
powerFlow(system2.Ybus, system2.bus, [system2.syn4], [system2.load, system2.loadu])
#Initialize
system1.initDevices(dae1)
system2.initDevices(dae2)
#Compute matrices
dae1.reInitG()
dae1.reInitF()
dae2.reInitG()
dae2.reInitF()
system1.computeF(dae1)
system1.computeG(dae1, system1.Ybus)
system2.computeF(dae2)
system2.computeG(dae2, system2.Ybus)
# # Comparar
# busIdx1 = [system.bus.deviceIdx[i] for i in system1.bus.name]
# fig, ax = plt.subplots(1)
# data1 = np.vstack([np.array(busIdx1) + 1 , dae.y[np.array(system.bus.vm)[busIdx1]]]).T
# data1 = data1[np.argsort(data1[:,0])]
# ax.plot(data1[:,0], data1[:,1], label = 'Overall system', color = 'tab:blue', linewidth=1.0, marker = 'x', markevery=1, markersize = 10)
# data2 = np.vstack([np.array(busIdx1) + 1 , dae1.y[system1.bus.vm]]).T
# data2 = data2[np.argsort(data2[:,0])]
# ax.plot(data2[:, 0], data2[:, 1], label = 'Area 1', color = 'tab:red', linewidth=1.0, marker = 'o', markevery=1, markersize = 5)
# ax.grid()
# ax.set_xlabel('Bus number', fontsize=14)
# ax.set_ylabel('voltage (pu)', fontsize=14)
# ratio = 0.5
# xleft, xright = ax.get_xlim()
# ybottom, ytop = ax.get_ylim()
# # the abs method is used to make sure that all numbers are positive
# # because x and y axis of an axes maybe inversed.
# ax.set_aspect(abs((xright-xleft)/(ybottom-ytop))*ratio)
# lgd = ax.legend(fontsize=10, loc='center', bbox_to_anchor=(0.0, -0.3, 1.00, .102), mode = 'expand', ncol = 6, borderaxespad=0.5)
# oFile = 'Area1Comparition'
# fig.savefig(oFile, format = 'eps', bbox_inches='tight', bbox_extra_artists = [lgd])
# busIdx1 = [system.bus.deviceIdx[i] for i in system2.bus.name]
# fig, ax = plt.subplots(1)
# data1 = np.vstack([np.array(busIdx1) + 1 , dae.y[np.array(system.bus.vm)[busIdx1]]]).T
# data1 = data1[np.argsort(data1[:,0])]
# ax.plot(data1[:,0], data1[:,1], label = 'Overall system', color = 'tab:blue', linewidth=1.0, marker = 'x', markevery=1, markersize = 10)
# data2 = np.vstack([np.array(busIdx1) + 1 , dae2.y[system2.bus.vm]]).T
# data2 = data2[np.argsort(data2[:,0])]
# ax.plot(data2[:, 0], data2[:, 1], label = 'Area 2', color = 'tab:red', linewidth=1.0, marker = 'o', markevery=1, markersize = 5)
# ax.grid()
# ax.set_xlabel('Bus number', fontsize=14)
# ax.set_ylabel('voltage (pu)', fontsize=14)
# ratio = 0.5
# xleft, xright = ax.get_xlim()
# ybottom, ytop = ax.get_ylim()
# # the abs method is used to make sure that all numbers are positive
# # because x and y axis of an axes maybe inversed.
# ax.set_aspect(abs((xright-xleft)/(ybottom-ytop))*ratio)
# lgd = ax.legend(fontsize=10, loc='center', bbox_to_anchor=(0.0, -0.3, 1.00, .102), mode = 'expand', ncol = 6, borderaxespad=0.5)
# oFile = 'Area2Comparition.eps'
# fig.savefig(oFile, format = 'eps', bbox_extra_artists = [lgd], bbox_inches='tight')
return system, dae, system1, dae1, system2, dae2
if __name__ == '__main__':
system, dae, system1, dae1, system2, dae2 = case39()