def get_setup(config):
config.cloud_coverage = 0
area = Area(
'Grid',
[
Area(
'House 1',
event_list=[ConfigEvents(12, {'cloud_coverage': 1})],
children=[
Area('H1 PV', strategy=PVPredefinedStrategy(),
appliance=PVAppliance()),
]
),
Area(
'House 2',
event_list=[ConfigEvents(12, {'cloud_coverage': 2})],
children=[
Area('H2 PV', strategy=PVPredefinedStrategy(),
appliance=PVAppliance()),
]
),
Area('Grid Load', strategy=LoadHoursStrategy(avg_power_W=100000,
hrs_per_day=24,
hrs_of_day=list(
range(0, 24)),
final_buying_rate=35),
appliance=SwitchableAppliance()),
],
config=config
)
return area
def pv_test66(area_test66):
p = PVPredefinedStrategy(
cloud_coverage=ConstSettings.PVSettings.DEFAULT_POWER_PROFILE)
p.area = area_test66
p.owner = area_test66
p.offers.posted = {}
return p
def pv_test4(area_test3, called):
p = PVPredefinedStrategy(cloud_coverage=ConstSettings.PVSettings.DEFAULT_POWER_PROFILE)
p.area = area_test3
p.owner = area_test3
p.offers.posted = {
Offer(id='id', price=20, energy=1, seller='FakeArea'): area_test3.test_market.id
}
return p
def pv_test3(area_test3):
p = PVPredefinedStrategy(
cloud_coverage=ConstSettings.PVSettings.DEFAULT_POWER_PROFILE)
p.area = area_test3
p.owner = area_test3
p.offers.posted = {
Offer('id', 30, 1, 'FakeArea'): area_test3.test_market.id
}
return p
def get_setup(config):
area = Area(
'Grid',
[
Area(
'House 1',
[
Area('H1 General Load', strategy=LoadHoursStrategy(
avg_power_W=500,
hrs_per_day=24,
hrs_of_day=list(
range(0, 24)),
final_buying_rate=30.1
),
appliance=SwitchableAppliance()),
Area('H1 PV', strategy=PVPredefinedStrategy(panel_count=1, fit_to_limit=False,
energy_rate_decrease_per_update=4,
cloud_coverage=2),
appliance=PVAppliance()),
],
transfer_fee_pct=0,
),
],
config=config
)
return area
def get_setup(config):
area = Area(
'Grid',
[
Area(
'House 1',
[
Area('H1 General Load', strategy=LoadHoursStrategy(
avg_power_W=500,
hrs_per_day=24,
hrs_of_day=list(
range(0, 24)),
initial_buying_rate=5,
final_buying_rate=30.1
)
),
Area('H1 PV', strategy=PVPredefinedStrategy(panel_count=1, fit_to_limit=False,
energy_rate_decrease_per_update=4,
cloud_coverage=2)
),
],
grid_fee_percentage=0,
),
],
config=config
)
return area
def get_setup(config):
area = Area('Grid', [
Area('House 1', [
Area('H1 General Load',
strategy=LoadHoursStrategy(avg_power_W=100,
hrs_per_day=15,
hrs_of_day=list(range(5, 20))),
appliance=SwitchableAppliance()),
Area('H1 PV1',
strategy=PVPredefinedStrategy(panel_count=1, risk=80),
appliance=PVAppliance()),
Area('H1 PV2',
strategy=PVPredefinedStrategy(panel_count=1, risk=80),
appliance=PVAppliance()),
]),
],
config=config)
return area
def test_predefined_pv_constructor_rejects_incorrect_parameters():
with pytest.raises(D3ADeviceException):
PVPredefinedStrategy(panel_count=-1)
with pytest.raises(D3ADeviceException):
pv = PVPredefinedStrategy(initial_selling_rate=5, final_selling_rate=15)
pv.event_activate()
with pytest.raises(D3ADeviceException):
PVPredefinedStrategy(fit_to_limit=True, energy_rate_decrease_per_update=1)
with pytest.raises(D3ADeviceException):
PVPredefinedStrategy(fit_to_limit=False, energy_rate_decrease_per_update=-1)
def get_setup(config):
area = Area(
'Grid',
[
# Area(
# 'House 1',
# [
# # Area('H1 General Load',
# # strategy=DefinedLoadStrategy(
# # path=pathlib.Path(pathlib.Path.cwd(),
# # 'src/d3a/resources/LOAD_DATA_1.csv').expanduser()),
# # # max_energy_rate=35),
# # appliance=SwitchableAppliance()),
# # Area('H1 Storage1', strategy=StorageStrategy(battery_capacity_kWh=1.2,
# # initial_charge=40,
# # max_abs_battery_power_kW=1.2),
# # appliance=SwitchableAppliance()),
#
# ]
# ),
Area(
'House 1',
[
Area(
'H1 General Load',
strategy=LoadHoursStrategy(avg_power_W=500,
hrs_per_day=18,
hrs_of_day=list(range(
5, 23))),
# max_energy_rate=35),
appliance=SwitchableAppliance()),
Area('H1 PV',
strategy=PVPredefinedStrategy(
panel_count=1, power_profile=1, risk=80),
appliance=PVAppliance()),
# Area('H1 PV', strategy=PVStrategy(2, 80),
# appliance=PVAppliance()),
]),
# Area('Cell Tower', strategy=CellTowerLoadHoursStrategy(avg_power_W=100,
# hrs_per_day=24,
# hrs_of_day=list(range(0, 24)),
# max_energy_rate=35),
# appliance=SwitchableAppliance())
# Area('Commercial Energy Producer',
# strategy=CommercialStrategy(energy_range_wh=(40, 120), energy_price=30),
# appliance=SimpleAppliance()
# ),
],
config=config)
return area
def get_setup(config):
area = Area('Grid', [
Area('House 1', [
Area('H1 General Load',
strategy=LoadHoursStrategy(avg_power_W=500,
hrs_per_day=12,
hrs_of_day=list(range(7, 20)))),
Area('H1 PV',
strategy=PVPredefinedStrategy(panel_count=1,
cloud_coverage=2)),
]),
],
config=config)
return area
def get_setup(config):
area = Area('Grid', [
Area('House 1', [
Area('H1 General Load',
strategy=LoadHoursStrategy(avg_power_W=200,
hrs_per_day=15,
hrs_of_day=list(range(5, 20)),
max_energy_rate=15),
appliance=SwitchableAppliance()),
Area('H1 PV',
strategy=PVPredefinedStrategy(
panel_count=1, risk=50, initial_rate_option=2),
appliance=PVAppliance()),
]),
],
config=config)
return area
def get_setup(config):
area = Area(
'Grid',
[
Area(
'House 1',
[
Area('H1 General Load',
strategy=DefinedLoadStrategy(
daily_load_profile=os.path.join(d3a_path,
'resources', 'LOAD_DATA_1.csv'),
final_buying_rate=25),
),
Area('H1 Storage1', strategy=StorageStrategy(initial_soc=50)
),
Area('H1 Storage2', strategy=StorageStrategy(initial_soc=50)
),
]
),
Area(
'House 2',
[
Area('H2 General Load', strategy=LoadHoursStrategy(avg_power_W=200,
hrs_per_day=4,
hrs_of_day=list(
range(12, 16)),
final_buying_rate=35)
),
Area('H2 PV', strategy=PVPredefinedStrategy(90, 5, cloud_coverage=0),
),
]
),
Area('Cell Tower', strategy=LoadHoursStrategy(avg_power_W=100,
hrs_per_day=24,
hrs_of_day=list(range(0, 24)),
final_buying_rate=35)
)
# Area('Commercial Energy Producer',
# strategy=CommercialStrategy(energy_range_wh=(40, 120), energy_price=30)
# ),
],
config=config
)
return area
def get_setup(config):
area = Area('Grid', [
Area('InfiniteBus',
strategy=InfiniteBusStrategy(energy_sell_rate=30,
energy_buy_rate=12),
appliance=SimpleAppliance()),
Area('House', [
Area('Load',
strategy=LoadHoursStrategy(avg_power_W=100,
hrs_per_day=10,
hrs_of_day=list(range(8, 19))),
appliance=SwitchableAppliance()),
Area('PV',
strategy=PVPredefinedStrategy(cloud_coverage=0),
appliance=PVAppliance()),
]),
],
config=config)
return area
def get_setup(config):
area = Area('Grid', [
Area('Electrolyzer',
strategy=ElectrolyzerStrategy(
discharge_profile=electrolizer_profile_file,
conversion_factor_kg_to_kWh=50,
reservoir_capacity_kg=56.0,
reservoir_initial_capacity_kg=10,
production_rate_kg_h=2.8),
appliance=SwitchableAppliance()),
Area('PV',
strategy=PVPredefinedStrategy(panel_count=1),
appliance=PVAppliance()),
Area("Commercial Energy Producer",
strategy=CommercialStrategy(),
appliance=SwitchableAppliance()),
],
config=config)
return area
def get_setup(config):
ConstSettings.IAASettings.MARKET_TYPE = 2
area = Area('Grid', [
Area('Market Maker',
strategy=MarketMakerStrategy(energy_rate=30,
grid_connected=True)),
Area('House 1', [
Area('H1 PV',
strategy=PVPredefinedStrategy(cloud_coverage=0,
use_market_maker_rate=True)),
Area('H1 General Load',
strategy=LoadHoursStrategy(avg_power_W=100,
hrs_per_day=9,
hrs_of_day=list(range(15, 24)),
final_buying_rate=0,
use_market_maker_rate=True)),
]),
],
config=config)
return area
def get_setup(config):
config.read_market_maker_rate(market_maker_rate)
area = Area('Grid', [
Area('House 1', [
Area('H1 General Load',
strategy=LoadHoursStrategy(avg_power_W=500,
hrs_per_day=24,
hrs_of_day=list(range(0, 24)),
max_energy_rate=30.1),
appliance=SwitchableAppliance()),
Area('H1 PV',
strategy=PVPredefinedStrategy(
panel_count=1,
initial_rate_option=2,
energy_rate_decrease_per_update=4,
energy_rate_decrease_option=2,
cloud_coverage=2),
appliance=PVAppliance()),
]),
],
config=config)
return area
def get_setup(config):
area = Area('Grid', [
Area('House 1', [
Area('H1 General Load',
strategy=LoadHoursStrategy(avg_power_W=200,
hrs_per_day=6,
hrs_of_day=list(range(12, 18)),
max_energy_rate=35),
appliance=SwitchableAppliance()),
Area('H1 Storage1',
strategy=StorageStrategy(initial_capacity_kWh=0.6),
appliance=SwitchableAppliance()),
Area('H1 Storage2',
strategy=StorageStrategy(initial_capacity_kWh=0.6),
appliance=SwitchableAppliance()),
]),
Area('House 2', [
Area('H2 General Load',
strategy=LoadHoursStrategy(avg_power_W=200,
hrs_per_day=4,
hrs_of_day=list(range(12, 16)),
max_energy_rate=35),
appliance=SwitchableAppliance()),
Area('H2 PV', strategy=PVStrategy(4, 80), appliance=PVAppliance()),
Area('H2 PVPredefined',
strategy=PVPredefinedStrategy(cloud_coverage=1),
appliance=PVAppliance())
]),
Area('Cell Tower',
strategy=CellTowerLoadHoursStrategy(avg_power_W=100,
hrs_per_day=24,
hrs_of_day=list(range(0, 24)),
max_energy_rate=35),
appliance=SwitchableAppliance())
],
config=config)
return area
def get_setup(config):
area = Area(
'Grid',
children=[
Area(
'House 1',
children=[
Area(
'H2 PV',
strategy=PVPredefinedStrategy(panel_count=1,
initial_selling_rate=80,
cloud_coverage=0),
event_list=[StrategyEvents(14, {'cloud_coverage': 2})])
]),
Area(
'Grid Load',
strategy=LoadHoursStrategy(avg_power_W=10000,
hrs_per_day=24,
hrs_of_day=list(range(0, 24)),
final_buying_rate=35),
)
],
config=config)
return area
def pv_test_cloudy(area_test7):
p = PVPredefinedStrategy(cloud_coverage=1)
p.area = area_test7
p.owner = area_test7
p.area.config.slot_length = duration(minutes=20)
return p
def pv_test_cloudy(area_test7):
p = PVPredefinedStrategy(cloud_coverage=1)
p.area = area_test7
p.owner = area_test7
return p
def pv_test_partial(area_test7):
p = PVPredefinedStrategy(cloud_coverage=2)
p.area = area_test7
p.owner = area_test7
return p
def pv_test_sunny(area_test3):
p = PVPredefinedStrategy(cloud_coverage=0)
p.area = area_test3
p.owner = area_test3
return p
def pv_test5(area_test3, called):
p = PVPredefinedStrategy(cloud_coverage=0)
p.area = area_test3
p.owner = area_test3
p.offers.posted = {'id': area_test3.test_market}
return p
def pv_test1(area_test1):
p = PVPredefinedStrategy(cloud_coverage=ConstSettings.PVSettings.DEFAULT_POWER_PROFILE)
p.area = area_test1
p.owner = area_test1
return p
