def storage_strategy_test6(area_test6, market_test6, called):
s = StorageStrategy(initial_soc=41.67)
s.owner = area_test6
s.area = area_test6
s.accept_offer = called
s.offers.post(market_test6.trade.offer, market_test6.id)
return s
def storage_strategy_test4(area_test4, called):
s = StorageStrategy(initial_soc=100,
battery_capacity_kWh=2.1)
s.owner = area_test4
s.area = area_test4
s.accept_offer = called
return s
def storage_strategy_test8(area_test8):
s = StorageStrategy(initial_soc=99,
battery_capacity_kWh=101,
max_abs_battery_power_kW=401)
s.owner = area_test8
s.area = area_test8
return s
def storage_strategy_test7_1(area_test7):
s = StorageStrategy(initial_soc=99.67, battery_capacity_kWh=3.01,
max_abs_battery_power_kW=5.21, final_buying_rate=26,
final_selling_rate=27)
s.owner = area_test7
s.area = area_test7
return s
def storage_strategy_test12(area_test12):
s = StorageStrategy(battery_capacity_kWh=5,
max_abs_battery_power_kW=5,
cap_price_strategy=True)
s.owner = area_test12
s.area = area_test12
return s
def storage_strategy_test1(area_test1, called):
s = StorageStrategy(max_abs_battery_power_kW=2.01,
initial_buying_rate=23.6, final_buying_rate=23.6,
initial_selling_rate=23.7, final_selling_rate=23.7)
s.owner = area_test1
s.area = area_test1
s.accept_offer = called
return s
def storage_strategy_test11(area_test11, called):
s = StorageStrategy(battery_capacity_kWh=100,
initial_capacity_kWh=50,
max_abs_battery_power_kW=1)
s.owner = area_test11
s.area = area_test11
s.accept_offer = called
return s
def storage_strategy_test11(area_test11, called):
s = StorageStrategy(battery_capacity_kWh=100, initial_soc=50,
max_abs_battery_power_kW=1, initial_buying_rate=30,
final_buying_rate=30, initial_selling_rate=33, final_selling_rate=32)
s.owner = area_test11
s.area = area_test11
s.accept_offer = called
return s
def storage_strategy_test14(area_test14, called):
s = StorageStrategy(initial_soc=50, battery_capacity_kWh=30,
max_abs_battery_power_kW=10, initial_selling_rate=25,
final_selling_rate=24, initial_buying_rate=0, final_buying_rate=23.9)
s.owner = area_test14
s.area = area_test14
s.accept_offer = called
return s
def storage_strategy_test13(area_test13, called):
s = StorageStrategy(battery_capacity_kWh=5, max_abs_battery_power_kW=5,
initial_selling_rate=35.1, final_selling_rate=35,
initial_buying_rate=34, final_buying_rate=34)
s.owner = area_test13
s.area = area_test13
s.accept_offer = called
return s
def storage_strategy_test7_1(area_test7):
s = StorageStrategy(initial_capacity_kWh=3.0,
battery_capacity_kWh=3.01,
max_abs_battery_power_kW=5.21,
initial_rate_option=2,
break_even=(26, 27))
s.owner = area_test7
s.area = area_test7
return s
def storage_strategy_test12(area_test12):
s = StorageStrategy(battery_capacity_kWh=5,
initial_capacity_kWh=2.5,
max_abs_battery_power_kW=5,
break_even=(16.99, 17.01),
cap_price_strategy=True)
s.owner = area_test12
s.area = area_test12
return s
def storage_strategy_test13(area_test13, called):
s = StorageStrategy(battery_capacity_kWh=5,
initial_capacity_kWh=2.5,
max_abs_battery_power_kW=5,
break_even=(34, 35.1))
s.owner = area_test13
s.area = area_test13
s.accept_offer = called
return s
def storage_strategy_test7_3(area_test7):
s = StorageStrategy(initial_soc=19.96, battery_capacity_kWh=5.01,
max_abs_battery_power_kW=5.21, final_selling_rate=17,
initial_buying_rate=15, final_buying_rate=16)
s.owner = area_test7
s.area = area_test7
s.offers.posted = {Offer('id', 30, 1, 'FakeArea'): area_test7.current_market.id}
s.market = area_test7.current_market
return s
def storage_strategy_test15(area_test15, called):
s = StorageStrategy(initial_soc=50, battery_capacity_kWh=30,
max_abs_battery_power_kW=10, initial_selling_rate=25,
final_selling_rate=25, initial_buying_rate=24,
final_buying_rate=24)
s.owner = area_test15
s.area = area_test15
s.area.parent = deepcopy(area_test15)
s.area.parent.name = "ParentArea"
s.area.children = deepcopy([area_test15])
s.area.children[0].name = "ChildArea"
s.accept_offer = called
return s
def storage_strategy_test7_2(area_test7):
s = StorageStrategy(initial_capacity_kWh=3.0,
battery_capacity_kWh=3.01,
max_abs_battery_power_kW=5.21,
initial_rate_option=1,
break_even=(16, 17))
s.owner = area_test7
s.area = area_test7
s.offers.posted = {
Offer('id', 30, 1, 'FakeArea', market=area_test7.current_market):
area_test7.current_market
}
return s
def storage_strategy_test5(area_test5, called):
s = StorageStrategy(initial_soc=100, battery_capacity_kWh=5)
s.owner = area_test5
s.area = area_test5
s.sell_energy = called
area_test5.past_market.offers = {
'id': Offer('id', 20, 1, 'A'),
'id2': Offer('id2', 20, 3, 'FakeArea'),
'id3': Offer('id3', 100, 1, 'FakeArea')
}
s.offers.bought_offer(area_test5.past_market.offers['id'], area_test5.past_market.id)
s.offers.post(area_test5.past_market.offers['id3'], area_test5.past_market.id)
s.offers.post(area_test5.past_market.offers['id2'], area_test5.past_market.id)
s.offers.sold_offer('id2', area_test5.past_market)
assert s.state.used_storage == 5
return s
def storage_strategy_test_buy_energy(area_test3, called):
s = StorageStrategy(max_abs_battery_power_kW=20.01)
s.owner = area_test3
s.area = area_test3
s.accept_offer = called
return s
def storage_strategy_test2(area_test2, called):
s = StorageStrategy(max_abs_battery_power_kW=2.01)
s.owner = area_test2
s.area = area_test2
s.accept_offer = called
return s
def storage_test11(area_test3):
s = StorageStrategy()
s.area = area_test3
s.owner = area_test3
return s
