def update(temp_data):
WUurl = "https://weatherstation.wunderground.com/weatherstation/updateweatherstation.php?"
WU_station_id = os.getenv("WEATHER_UNDERGROUND_STATION_ID", "None")
WU_station_pwd = os.getenv("WEATHER_UNDERGROUND_STATION_KEY", "None")
WUcreds = "ID=" + WU_station_id + "&PASSWORD="******"&dateutc=now"
action_str = "&action=updateraw"
r = requests.get(
WUurl + WUcreds + date_str + "&baromin=" +
"{0:.2f}".format(util.hpa_to_in(temp_data['pressure_hpa'])) +
"&tempf=" + "{0:.2f}".format(util.c_to_f(temp_data['temperature_c'])) +
"&dewptf=" + "{0:.2f}".format(util.c_to_f(temp_data['dew_point_c'])) +
"&humidity=" + "{0:.2f}".format(temp_data['humidity']) + action_str)
print(r)
return r.status_code
experiment_model_2.iterate(ext_temp)
experiment_model_3.iterate(ext_temp)
price_mwh = pricedata.price(d)
control_cost = control_model.power_cost(price_mwh)
experiment_cost = experiment_model.power_cost(price_mwh)
experiment_cost_2 = experiment_model_2.power_cost(price_mwh)
experiment_cost_3 = experiment_model_3.power_cost(price_mwh)
if greedy_strategy.current_swing > 0:
total_cost_control += control_cost
total_cost_experiment += experiment_cost
total_cost_experiment_2 += experiment_cost_2
total_cost_experiment_3 += experiment_cost_3
if max_temp_control < control_model.temp:
max_temp_control = control_model.temp
if max_temp_exp < experiment_model.temp:
max_temp_exp = experiment_model.temp
if max_temp_exp_2 < experiment_model_2.temp:
max_temp_exp_2 = experiment_model_2.temp
if max_temp_exp_3 < experiment_model_3.temp:
max_temp_exp_3 = experiment_model_3.temp
#if i % 20 == 0:
#print "%s, %.2f, %.2f, %.2f, %.2f" % (d, \
# util.c_to_f(control_model.temp), util.c_to_f(experiment_model.temp), \
# util.c_to_f(experiment_model_2.temp), util.c_to_f(experiment_model_3.temp))
print "Control market cost: ", total_cost_control, util.c_to_f(max_temp_control)
print "Curtailed with Precharging: ", total_cost_experiment, util.c_to_f(max_temp_exp)
print "Harsh curtailment: ", total_cost_experiment_2, util.c_to_f(max_temp_exp_2)
print "Curtailed, no precharging: ", total_cost_experiment_3, util.c_to_f(max_temp_exp_3)
control_model.temp = util.f_to_c(78) control_model.therm.state = 1 i = 0 while control_model.therm.state: #print i, util.c_to_f(control_model.temp) i+=1 control_model.iterate(util.f_to_c(85)) no_cooling_model = Model(thermostat = NoThermostat(), time_step_in_hours = timestep, internal_temp_celcius = util.f_to_c(68)) no_cooling_model_2 = Model(thermostat = NoThermostat(), time_step_in_hours = timestep, internal_temp_celcius = util.f_to_c(68)) no_cooling_model_3 = Model(thermostat = NoThermostat(), time_step_in_hours = timestep, internal_temp_celcius = util.f_to_c(68)) i = 0 while no_cooling_model.temp < util.f_to_c(85) and i < 420: print i, util.c_to_f(no_cooling_model.temp) i+=1 no_cooling_model.iterate(util.f_to_c(85)) #for i in range(0, 200): # print "%d, %s, %s, %s" % (i, util.c_to_f(no_cooling_model.temp), util.c_to_f(no_cooling_model_2.temp), util.c_to_f(no_cooling_model_3.temp)) # no_cooling_model.iterate(util.f_to_c(85)) # no_cooling_model_2.iterate(util.f_to_c(85)) # no_cooling_model_3.iterate(util.f_to_c(95)) #for i in range(1, tempdata.timespan): #ext_temp = tempdata.external_temp(i) #no_cooling_model.iterate(ext_temp) #control_model.iterate(ext_temp) #control_model_2.iterate(ext_temp) #print "%s, %.1f, %.1f, %.1f, %.1f" % (tempdata.steptime_to_date(i), util.c_to_f(ext_temp), \