def check_basic_system_results(calctype, d, results):
check_result(calctype, d.Q_fans_and_pumps + d.Q_mech_vent_fans,
float(results.fan_and_pump_energy), "fan and pump energy", .5)
if results.water_heater_immersion_output != "":
check_result(calctype, sum_winter(d.output_from_water_heater),
float(results.water_heater_output), "water heater output")
check_result(calctype, sum_summer(d.output_from_water_heater),
float(results.water_heater_immersion_output), "immersion heater output")
else:
check_result(calctype, sum(d.output_from_water_heater),
float(results.water_heater_output), "water heater output")
if results.space_heat_fuel_1_main != "":
check_result(calctype, d.Q_spaceheat_main[0],
float(results.space_heat_fuel_1_main[0]),
"January main sys 1 space heat fuel", 1)
check_result(calctype, d.Q_spaceheat_main_2[0],
float(results.space_heat_fuel_2_main[0]),
"January main sys 2 space heat fuel", 1)
check_result(calctype, sum(d.Q_spaceheat_main),
sum(map(float, results.space_heat_fuel_1_main)),
"annual main sys 1 space heat fuel", 2)
check_result(calctype, sum(d.Q_spaceheat_main_2),
sum(map(float, results.space_heat_fuel_2_main)),
"annual main sys 2 space heat fuel", 2)
elif results.space_heat_fuel_main != "":
check_result(calctype, d.Q_spaceheat_main[0],
float(results.space_heat_fuel_main[0]),
"January main sys space heat fuel", 1)
check_result(calctype, sum(d.Q_spaceheat_main),
sum(map(float, results.space_heat_fuel_main)),
"annual main sys space heat fuel", 3)
else:
# community heating
check_result(calctype, sum(d.Q_spaceheat_main),
(float_or_zero(results.space_heat_fuel_community_1) +
float_or_zero(results.space_heat_fuel_community_2) +
float_or_zero(results.space_heat_fuel_community_3) +
float_or_zero(results.space_heat_fuel_community_4) +
float_or_zero(results.space_heat_fuel_community_5)),
"annual community sys space heat fuel", 3)
try:
check_result(calctype, sum(d.Q_spaceheat_secondary),
sum(map(float, results.space_heat_fuel_secondary)),
"annual secondary sys space heat fuel", 2)
check_result(calctype, d.Q_spaceheat_secondary[0],
float(results.space_heat_fuel_secondary[0]),
"January secondary sys space heat fuel", 1)
except ValueError:
check_result(calctype, sum(d.Q_spaceheat_secondary),
float(results.space_heat_fuel_secondary),
"annual secondary sys space heat fuel", 2)
if results.water_heat_fuel != "":
# community heating results don't include this
check_result(calctype, d.Q_waterheat[0],
float(results.water_heat_fuel[0]),
"January water heat fuel", 1)
if results.water_heat_fuel_immersion != "":
check_result(calctype, sum_winter(d.Q_waterheat),
sum(map(float, results.water_heat_fuel)),
"annual water heat fuel", 1.01)
check_result(calctype, sum_summer(list(map(int, d.Q_waterheat + .5))),
sum(map(float, results.water_heat_fuel_immersion)),
"annual immersion heat fuel", 1)
elif results.water_heat_fuel != "":
check_result(calctype, sum(map(int, d.Q_waterheat + .5)),
sum(map(float, results.water_heat_fuel)),
"annual water fuel", 3)
if results.space_cooling_fuel != "":
check_result(calctype, d.Q_spacecooling[5],
float(results.space_cooling_fuel[5]),
"June space cooling fuel", .5)
check_result(calctype, sum(d.Q_spacecooling),
sum(map(float, results.space_cooling_fuel)),
"annual space cooling fuel", 1)
else:
check_result(calctype, d.Q_spacecooling[0],
0,
"January space cooling fuel", 1)
check_result(calctype, sum(map(int, d.Q_spacecooling + .5)),
0,
"annual space cooling fuel", 1)
def check_cost_results(calctype, d, results):
if results.cost_heating_main != "":
check_result(calctype, d.cost_heating_main,
float(results.cost_heating_main),
"main heating cost", .15)
elif results.cost_heating_main_1 != "":
check_result(calctype, d.cost_heating_main,
float(results.cost_heating_main_1),
"main heating 1 cost", .15)
check_result(calctype, d.cost_heating_main_2,
float(results.cost_heating_main_2),
"main heating 2 cost", 0.15)
elif results.cost_heating_main_high_rate != "":
check_result(calctype, d.cost_heating_main,
(float(results.cost_heating_main_high_rate) +
float(results.cost_heating_main_low_rate)),
"main heating cost", .15)
else:
check_result(calctype, d.cost_heating_main,
(float_or_zero(results.cost_heating_community_1) +
float_or_zero(results.cost_heating_community_2) +
float_or_zero(results.cost_heating_community_3) +
float_or_zero(results.cost_heating_community_4) +
float_or_zero(results.cost_heating_community_5)),
"community space heating cost", .15)
check_result(calctype, d.cost_heating_secondary,
float(results.cost_heating_secondary),
"secondary heating cost", 0.15)
water_cost = 0
if results.cost_water_heat != "":
water_cost += float(results.cost_water_heat)
if results.cost_water_heat_high_rate != "":
water_cost += float(results.cost_water_heat_high_rate)
water_cost += float(results.cost_water_heat_low_rate)
if results.cost_water_heat_immersion != "":
water_cost += float(results.cost_water_heat_immersion)
if results.cost_water_heat_chp != "":
water_cost += float(results.cost_water_heat_chp)
water_cost += float(results.cost_water_heat_boilers)
else:
water_cost += (float_or_zero(results.cost_community_water_heat_1) +
float_or_zero(results.cost_community_water_heat_2) +
float_or_zero(results.cost_community_water_heat_3) +
float_or_zero(results.cost_community_water_heat_4) +
float_or_zero(results.cost_community_water_heat_5))
check_result(calctype, d.cost_water + d.cost_water_summer_immersion,
water_cost,
"water heating cost", .15)
fan_and_pump_cost = float(results.cost_fans_and_pumps)
if results.cost_fans_and_pumps_keep_hot != "":
fan_and_pump_cost += float(results.cost_fans_and_pumps_keep_hot)
if results.cost_solar_water_pump != "":
fan_and_pump_cost += float(results.cost_solar_water_pump)
check_result(calctype, d.cost_fans_and_pumps,
fan_and_pump_cost,
"fans and pumps cost", .15)
if results.cost_mech_vent != "":
check_result(calctype, d.cost_mech_vent_fans,
float(results.cost_mech_vent),
"mech vent fan cost", 0.01)
check_result(calctype, d.cost_lighting,
float(results.cost_lighting),
"lighting cost", .25)
if results.cost_cooling != "":
check_result(calctype, d.cost_cooling,
float(results.cost_cooling),
"cooling cost", .15)
else:
check_result(calctype, d.cost_cooling,
0,
"cooling cost", .15)
if results.cost_standing != "":
check_result(calctype, d.cost_standing,
float(results.cost_standing),
"standing cost", .15)
else:
check_result(calctype, d.cost_standing,
0,
"standing cost", 0)
check_result(calctype, d.fuel_cost,
float(results.cost_total),
"total fuel cost", 0.5)
def check_emissions_results(calctype, d, results):
if results.emissions_heating_main != "":
check_result(calctype, d.emissions_heating_main,
float(results.emissions_heating_main),
"main heating emissions", 1)
elif results.emissions_heating_main_1 != "":
check_result(calctype, d.emissions_heating_main,
float(results.emissions_heating_main_1),
"main heating 1 emissions", 1)
check_result(calctype, d.emissions_heating_main_2,
float(results.emissions_heating_main_2),
"main heating 2 emissions", 1)
else:
# community heating
emissions_not_chp = (float_or_zero(results.emissions_community_1) +
float_or_zero(results.emissions_community_2) +
float_or_zero(results.emissions_community_3) +
float_or_zero(results.emissions_community_4) +
float_or_zero(results.emissions_community_5))
emissions_chp = 0
if results.emissions_heating_main_chp != "":
emissions_chp += float(results.emissions_heating_main_chp)
if results.emissions_water_heat_chp != "":
emissions_chp += float(results.emissions_water_heat_chp)
# !!! A nasty little hack here, because tests case 6g has two
# !!! emissions results labelled (368)
prev = None
res_368 = 0
for r in results:
if r == "(368)":
res_368 += float(prev)
prev = r
emissions_not_chp = emissions_not_chp - float_or_zero(results.emissions_community_2) + res_368
# !!!!! end of nastiness
check_result(calctype, d.emissions_heating_main + d.emissions_water,
emissions_not_chp + emissions_chp,
"community space heating emissions", 1)
chp_credits = 0
if results.emissions_heating_main_chp_elec_credits != "":
chp_credits += float(
results.emissions_heating_main_chp_elec_credits)
if results.emissions_water_heat_chp_elec_credits != "":
chp_credits += float(results.emissions_water_heat_chp_elec_credits)
if hasattr(d, 'emissions_community_elec_credits'):
check_result(calctype, d.emissions_community_elec_credits,
chp_credits,
"community space heating elec credit emissions", 1)
else:
check_result(calctype, 0,
chp_credits,
"community space heating elec credit emissions", 1)
if results.emissions_heating_secondary != "":
check_result(calctype, d.emissions_heating_secondary,
float(results.emissions_heating_secondary),
"secondary heating emissions", 1)
else:
check_result(calctype, d.emissions_heating_secondary,
0, "secondary heating emissions", 1)
if results.emissions_water_heat != "":
check_result(calctype, d.emissions_water,
float(results.emissions_water_heat),
"water heating emissions", 1)
if results.emissions_water_heat_immersion != "":
check_result(calctype, d.emissions_water_summer_immersion,
float(results.emissions_water_heat_immersion),
"summer immersion water heating emissions", 1)
check_result(
calctype, d.emissions_fans_and_pumps + d.emissions_mech_vent_fans,
float(results.emissions_fans_and_pumps),
"fans and pumps emissions", 1)
check_result(calctype, d.emissions_lighting,
float(results.emissions_lighting),
"lighting emissions", 1)
if results.emissions_cooling != "":
check_result(calctype, d.emissions_cooling,
float(results.emissions_cooling),
"cooling emissions", 1)
else:
check_result(calctype, d.emissions_cooling,
0,
"cooling emissions", 1)
check_result(calctype, d.emissions,
float(results.emissions_total),
"total emissions", 1)
