def test_storage_strategy_increases_rate_when_fit_to_limit_is_false():
storage = StorageStrategy(
fit_to_limit=False,
initial_selling_rate=30, final_selling_rate=25, energy_rate_decrease_per_update=1,
initial_buying_rate=10, final_buying_rate=20, energy_rate_increase_per_update=1)
storage.area = FakeArea(1)
storage.event_activate()
assert all([rate == -1 for rate in storage.bid_update.energy_rate_change_per_update.values()])
assert all([rate == 1 for rate in storage.offer_update.energy_rate_change_per_update.values()])
def test_first_market_cycle_with_initial_capacity(storage_strategy_test8: StorageStrategy,
area_test8: FakeArea):
storage_strategy_test8.event_activate()
storage_strategy_test8.event_market_cycle()
sell_market = area_test8.all_markets[0]
assert(isclose(storage_strategy_test8.state.offered_sell_kWh[sell_market.time_slot],
100.0 - storage_strategy_test8.state.capacity *
storage_strategy_test8.state.min_allowed_soc_ratio, rel_tol=1e-02))
assert len(storage_strategy_test8.offers.posted_in_market(
area_test8._markets_return["Fake Market"].id)
) > 0
def test_first_market_cycle_with_initial_capacity(
storage_strategy_test8: StorageStrategy, area_test8: FakeArea):
storage_strategy_test8.event_activate()
storage_strategy_test8.event_market_cycle()
sell_market = area_test8.all_markets[0]
assert storage_strategy_test8.state.offered_sell_kWh[sell_market.time_slot] == \
100.0 - storage_strategy_test8.state.capacity * \
ConstSettings.StorageSettings.MIN_ALLOWED_SOC
assert len(
storage_strategy_test8.offers.posted_in_market(
area_test8._markets_return["Fake Market"])) > 0
