date_now: 2022-11-25 date_now_epoch: 1669330800.0 date_now_day: 25 date_now_month: 11 date_now_year: 2022 price_low: 0.3013 price_high: 0.537 price_median: 0.4433 price_average: 0.4276 price_current: 0.4253 price_unit: Cent/kWh price_threshold_00: 0.3013 price_threshold_01: 0.31 price_threshold_02: 0.3147 price_threshold_03: 0.3291 price_threshold_04: 0.3368 price_threshold_05: 0.3435 price_threshold_06: 0.3896 price_threshold_07: 0.395 price_threshold_08: 0.4253 price_threshold_09: 0.4342 price_threshold_10: 0.4376 price_threshold_11: 0.4418 price_threshold_12: 0.4448 price_threshold_13: 0.4469 price_threshold_14: 0.4544 price_threshold_15: 0.4656 price_threshold_16: 0.4659 price_threshold_17: 0.4741 price_threshold_18: 0.4867 price_threshold_19: 0.4947 price_threshold_20: 0.4995 price_threshold_21: 0.5102 price_threshold_22: 0.5228 price_threshold_23: 0.537 data_price_hour_abs_00_amount: 0.3435 data_price_hour_abs_01_amount: 0.3291 data_price_hour_abs_02_amount: 0.3147 data_price_hour_abs_03_amount: 0.3013 data_price_hour_abs_04_amount: 0.31 data_price_hour_abs_05_amount: 0.3368 data_price_hour_abs_06_amount: 0.395 data_price_hour_abs_07_amount: 0.4741 data_price_hour_abs_08_amount: 0.4867 data_price_hour_abs_09_amount: 0.4656 data_price_hour_abs_10_amount: 0.4544 data_price_hour_abs_11_amount: 0.4342 data_price_hour_abs_12_amount: 0.4253 data_price_hour_abs_13_amount: 0.4448 data_price_hour_abs_14_amount: 0.4659 data_price_hour_abs_15_amount: 0.4995 data_price_hour_abs_16_amount: 0.5102 data_price_hour_abs_17_amount: 0.537 data_price_hour_abs_18_amount: 0.5228 data_price_hour_abs_19_amount: 0.4947 data_price_hour_abs_20_amount: 0.4469 data_price_hour_abs_21_amount: 0.4376 data_price_hour_abs_22_amount: 0.4418 data_price_hour_abs_23_amount: 0.3896
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import sys
import socket
import tibber
import time
import statistics
from datetime import date
#Config
ACCESS_TOKEN = "[B]TOKENVONTIBBER[/B]"
msip= "[B]IP VON MINISERVER[/B]"
msport = [B]5005[/B]
#Prg
account = tibber.Account(ACCESS_TOKEN)
home = account.homes[0]
def sendudp(data):
connection = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
res = connection.sendto(data.encode(), (msip, msport))
#Debug: print(data)
connection.close()
if res != data.encode().__len__():
print("Sent bytes do not match - expected {0} : got {1}".format(data.__len__(), res))
print("Packet-Payload {0}".format(data))
sys.exit(-1)
def sendudp2ms():
sendudp("date_now: {}".format(date.today()))
sendudp("date_now_epoch: {}".format(time.mktime(date.today().timetuple())))
sendudp("date_now_day: {}".format(date.today().day))
sendudp("date_now_month: {}".format(date.today().month))
sendudp("date_now_year: {}".format(date.today().year))
price_data = home.current_subscription.price_info.today
i = 0
calc = 0
list1 = []
for prices in price_data:
list1.append(prices.total)
calc = calc + prices.total
i = i + 1
sendudp("price_low: {}".format(min(list1)))
sendudp("price_high: {}".format(max(list1)))
sendudp("price_median: {}".format(statistics.median(list1)))
sendudp("price_average: {:.4f}".format(calc/i))
sendudp("price_current: {}".format(home.current_subscription.price_info.current.total) )
sendudp("price_unit: Cent/kWh")
list1.sort()
i = 0
for listelem in list1:
sendudp("price_threshold_{}: {}" .format(str(i).zfill(2), listelem))
i = i+1
i = 0
for prices in price_data:
sendudp("data_price_hour_abs_{}_amount: {}" .format(str(i).zfill(2), prices.total))
i = i + 1
sendudp2ms()
Selbst die Ersatzlieferung ist aktuell bei uns bei 75ct/kwh.
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