def load_network_one_node(gens):
names = 'central node'
equipment = [gens]
e_connections = []
h_connections = []
c_connections = []
longitude = [-117.1698]
latitude = [46.7287]
timezone = -3
location = Location()
location.longitude = longitude[0]
location.latitude = latitude[0]
location.timezone = timezone
e_trans_eff = []
h_trans_eff = []
c_trans_eff = []
e_load = [[0]]
h_load = [[0]]
c_load = [[0]]
network = []
e_demand = NetworkDemand({'connections': e_connections, 'trans_eff': e_trans_eff, 'trans_limit':[], 'load': e_load[0]})
h_demand = NetworkDemand({'connections':h_connections, 'trans_eff':h_trans_eff, 'trans_limit':[], 'load':h_load[0]})
c_demand = NetworkDemand({'connections':c_connections, 'trans_eff':c_trans_eff, 'trans_limit':[], 'load':c_load[0]})
node = Network(gens=True, info_dct={'equipment':equipment[0], 'name':names, 'electrical':e_demand, 'district_heat':h_demand, 'district_cooling':c_demand, 'location': location})
network.append(node)
return network
def load_network(gens):
names = ['slack', 'bus_2', 'bus_3', 'bus_4', 'bus_5']
equipment = [[gens[0], gens[3]], [gens[1], gens[3]], [gens[2], gens[3]],
[], []]
e_connections = [['bus_2', 'bus_3'], ['slack', 'bus_3', 'bus_4', 'bus_5'],
['slack', 'bus_2', 'bus_4'], ['bus_2', 'bus_3', 'bus_5'],
['bus_2', 'bus_4']]
longitude = [-117.1698, -117.1527, -117.1558, -117.16, -117.1616]
latitude = [46.7287, 46.7326, 46.7320, 46.7317, 46.729]
timezone = -6
eff = []
e_trans_eff = [eff] * len(names)
e_load = [[0, 0], [20, 10], [20, 15], [50, 30], [60, 40]]
network = []
for i in range(len(names)):
location = Location()
location.longitude = longitude[i]
location.latitude = latitude[i]
location.timezone = timezone
e_demand = NetworkDemand({
'connections':
e_connections[i],
'trans_eff':
e_trans_eff[i],
'trans_limit':
np.ones(len(e_trans_eff[i])) * np.float('inf'),
'load':
e_load[i]
})
h_demand = NetworkDemand({
'connections': [],
'trans_eff': [],
'trans_limit': [],
'load': None
})
c_demand = NetworkDemand({
'connections': [],
'trans_eff': [],
'trans_limit': [],
'load': None
})
node = Network(gens=True,
info_dct={
'equipment': equipment[i],
'name': names[i],
'electrical': e_demand,
'district_heat': h_demand,
'district_cooling': c_demand,
'location': location
})
network.append(node)
return network
def load_network(gens):
names = ['West Chiller Plant', 'East Chiller Plant', 'Clark Hall Chiller Plant', 'Johnson Hall Chiller Plant',\
'SCUE Chiller Plant', 'Utility Node', 'GW Steam Plant', 'CA Steam Plant', 'Research Park']
equipment = [[gens[3], gens[6], gens[7], gens[4]], [gens[8], gens[9]], [gens[10], gens[11]], [gens[12]], [gens[13]],\
[gens[0], gens[1], gens[22]], [gens[5], gens[16], gens[17], gens[2], gens[14], gens[15]], [gens[18], gens[19]], [gens[20], gens[21]]]
e_connections = [['CA Steam Plant'], ['GW Steam Plant'],['Johnson Hall Chiller Plant', 'Utility Node', 'GW Steam Plant'],\
['Clark Hall Chiller Plant', 'Utility Node', 'GW Steam Plant'], ['Utility Node'],\
['Clark Hall Chiller Plant', 'Johnson Hall Chiller Plant', 'SCUE Chiller Plant', 'GW Steam Plant', 'CA Steam Plant', 'Research Park'],\
['East Chiller Plant', 'Clark Hall Chiller Plant', 'Johnson Hall Chiller Plant', 'Utility Node'],\
['West Chiller Plant', 'Utility Node'], ['Utility Node']]
h_connections = [[], [], ['Utility Node', 'GW Steam Plant'], [], ['GW Steam Plant', 'CA Steam Plant'], ['Clark Hall Chiller Plant', 'GW Steam Plant'],\
['Clark Hall Chiller Plant', 'SCUE Chiller Plant', 'Utility Node'], ['SCUE Chiller Plant'], []]
c_connections = [['SCUE Chiller Plant'], ['Clark Hall Chiller Plant'], ['East Chiller Plant', 'Johnson Hall Chiller Plant'],\
['Clark Hall Chiller Plant', 'SCUE Chiller Plant'], ['West Chiller Plant', 'Johnson Hall Chiller Plant'], [], [], [], []]
longitude = [-117.1698, -117.1527, -117.1558, -117.16, -117.1616, -117.1529, -117.1515, -117.1710, -117.1626]
latitude = [46.7287, 46.7326, 46.7320, 46.7317, 46.7298, 46.7295, 46.7287, 46.7296, 46.7444]
timezone = -6
e_trans_eff = [[.999],[.95],[.999, .95, .97],[.999, .95, .97],[.999], [.95, .95, .95, .95, .95, .95], [.95, .97, .97, .95], [.999, .95], [.9]]
h_trans_eff = [[], [], [.91,.9], [], [.9,.9], [.91,.98], [.9, .9, .98], [.9], []]
c_trans_eff = [[.85],[.95], [.95,.98], [.98,.93], [.85, .93], [], [], [], []]
e_load = [[], [], [], [], [], 0, 1, 2, 3]
h_load = [[], [], 0, [], [], [], [], [], []]
c_load = [[], [], [], [], 0, [], [], [], []]
network = []
for i in range(len(names)):
location = Location()
location.longitude = longitude[i]
location.latitude = latitude[i]
location.timezone = timezone
e_demand = NetworkDemand({'connections': e_connections[i], 'trans_eff': e_trans_eff[i], 'trans_limit': np.ones(len(e_trans_eff[i]))*np.float('inf'), 'load': e_load[i]})
h_demand = NetworkDemand({'connections': h_connections[i], 'trans_eff': h_trans_eff[i], 'trans_limit': np.ones(len(h_trans_eff[i]))*np.float('inf'), 'load': h_load[i]})
c_demand = NetworkDemand({'connections': c_connections[i], 'trans_eff': c_trans_eff[i], 'trans_limit': np.ones(len(c_trans_eff[i]))*np.float('inf'), 'load': c_load[i]})
node = Network(gens = True, info_dct={'equipment':equipment[i], 'name': names[i], 'electrical': e_demand, 'district_heat': h_demand, 'district_cooling': c_demand, 'location': location})
network.append(node)
return network
def load_network(gens):
names = [
'TUR115', 'SPU125', 'SPU122', 'SPU124', 'TUR111', 'TUR131', 'TUR117'
]
equipment = [[gens[0], gens[1], gens[2], gens[18]],\
[gens[6], gens[7], gens[3], gens[24]],\
[gens[1], gens[5], gens[14], gens[15], gens[25], gens[20]],\
[gens[1], gens[12], gens[13], gens[16], gens[17], gens[8], gens[9], gens[26]],\
[gens[27]],\
[gens[1], gens[10],gens[11], gens[4], gens[19], gens[28]],\
[gens[29], gens[21], gens[22]]]
e_connections = [['SPU125'], ['TUR115'], ['SPU124'], ['SPU122'], [], [],
[]]
h_connections = [['TUR131', 'TUR111'], [], ['TUR111', 'SPU124'],
['SPU122', 'TUR131'], ['TUR115', 'SPU122'],
['SPU124', 'TUR115'], []]
c_connections = [[], ['TUR111', 'SPU122'], ['SPU125', 'TUR131'],
['TUR131', 'TUR111'], ['SPU124', 'SPU125'],
['SPU122', 'SPU124'], []]
longitude = [
-117.1698, -117.1527, -117.1558, -117.16, -117.1616, -117.1529,
-117.1515, -117.1710, -117.1626, -177, -177
]
latitude = [
46.7287, 46.7326, 46.7320, 46.7317, 46.7298, 46.7295, 46.7287, 46.7296,
46.7444, 46.7, 46.7
]
timezone = -6
eff = []
e_trans_eff = [eff] * len(
names
) #[[.999],[.95],[.999, .95, .97],[.999, .95, .97],[.999], [.95, .95, .95, .95, .95, .95], [.95, .97, .97, .95], [.999, .95], [.9], [.9], [.9]]
h_trans_eff = [eff] * len(
names
) #[[], [], [.91,.9], [], [.9,.9], [.91,.98], [.9, .9, .98], [.9], [], [], [.9]]
c_trans_eff = [eff] * len(
names
) #[[.85],[.95], [.95,.98], [.98,.93], [.85, .93], [], [], [], [], [9], []]
e_load = [2, 2, 0, 1, 3, 2, 3]
h_load = [None, None, 0, 1, 2, 3, None]
c_load = [None, None, 0, 1, 2, 3, None]
network = []
for i in range(len(names)):
location = Location()
location.longitude = longitude[i]
location.latitude = latitude[i]
location.timezone = timezone
e_demand = NetworkDemand({
'connections':
e_connections[i],
'trans_eff':
e_trans_eff[i],
'trans_limit':
np.ones(len(e_trans_eff[i])) * np.float('inf'),
'load':
e_load[i]
})
h_demand = NetworkDemand({
'connections':
h_connections[i],
'trans_eff':
h_trans_eff[i],
'trans_limit':
np.ones(len(h_trans_eff[i])) * np.float('inf'),
'load':
h_load[i]
})
c_demand = NetworkDemand({
'connections':
c_connections[i],
'trans_eff':
c_trans_eff[i],
'trans_limit':
np.ones(len(c_trans_eff[i])) * np.float('inf'),
'load':
c_load[i]
})
node = Network(gens=True,
info_dct={
'equipment': equipment[i],
'name': names[i],
'electrical': e_demand,
'district_heat': h_demand,
'district_cooling': c_demand,
'location': location
})
network.append(node)
return network