def setup_gas_utility():
ts = date_range((2009, 1, 1), (2014, 1, 1))
util = Utility(name='Gas Utility',
source='ng',
size=0,
timestamp=ts,
rate=np.linspace(5.6173, 5.6173, num=len(ts)))
return util
def setup_diesel_utility():
ts = date_range((2009, 1, 1), (2014, 1, 1))
util = Utility(name='Diesel Utility',
source='diesel',
size=0,
timestamp=ts,
rate=np.linspace(24, 24, num=len(ts)))
return util
def setup_elec_utility():
rt_summer = np.ones((7, 24))
rt_summer[1:6, 8:20] = 3 * np.ones((5, 12))
r_summer = np.array([[0.0551, 0], [0.0551, 0], [0.0551, 0]])
rt_winter = rt_summer
r_winter = r_summer
util = Utility(
name='Elec Utility',
sum_rate_table=rt_summer,
win_rate_table=rt_winter,
sum_rates=r_summer,
win_rates=r_winter,
sum_start_month=6,
sum_start_day=1,
win_start_month=10,
win_start_day=1,
)
return util
def setup_elec_utility(name='Elec_Utility'):
rt_summer = [[0] * 24] * 7 #np.ones((7,24))
i_day = 0
for day in rt_summer:
rt_summer[i_day][8:20] = [2] * 12
i_day = i_day + 1
r_summer = np.array([[0.03, 0], [0.0551, 0], [0.07, 0]])
rt_winter = rt_summer
r_winter = np.array([[0.04, 0], [0.0551, 0], [0.06, 0]])
util = Utility(
name=name,
sum_rate_table=rt_summer,
win_rate_table=rt_winter,
sum_rates=r_summer,
win_rates=r_winter,
sum_start_month=6,
sum_start_day=1,
win_start_month=10,
win_start_day=1,
)
return util
