:no_upscale():strip_icc():fill(white):strip_exif()/f/image/S71iPrJOWbykuFDC8XonrRtE.jpg?f=user_large "https://tweakers.net/i/cS_L3WS2wj3_crabw005afGEcls=/800x/filters:strip_icc():strip_exif()/f/image/S71iPrJOWbykuFDC8XonrRtE.jpg?f=fotoalbum_large")
[Voor 14% gewijzigd door Nibblebit op 26-01-2021 09:45]
:no_upscale():strip_icc():fill(white):strip_exif()/f/image/r7X8vbUfhWZTH4Hpki6TtkB2.jpg?f=user_large "https://tweakers.net/i/ACIKB-MEyCbtckHZMLoG-umhsWM=/full-fit-in/4920x3264/filters:max_bytes(3145728):no_upscale():strip_icc():fill(white):strip_exif()/f/image/r7X8vbUfhWZTH4Hpki6TtkB2.jpg?f=user_large")
:no_upscale():strip_icc():fill(white):strip_exif()/f/image/grUQginguggMGZAXFjVy0YT3.jpg?f=user_large "https://tweakers.net/i/WLk6V72-uHpF8kikzP8UgiUt_ro=/full-fit-in/4920x3264/filters:max_bytes(3145728):no_upscale():strip_icc():fill(white):strip_exif()/f/image/grUQginguggMGZAXFjVy0YT3.jpg?f=user_large")
[Voor 46% gewijzigd door Nibblebit op 26-01-2021 10:56]
'19 Hyundai Kona EV, douchen met wtw en Auer Edel Eau, verwarming met Vaillant R290 monoblock
'19 Hyundai Kona EV, douchen met wtw en Auer Edel Eau, verwarming met Vaillant R290 monoblock
lijkt easy ja
[Voor 7% gewijzigd door dooiedodo op 27-01-2021 14:03]
Ik hoop dat we de buffer hiermee onder controle hebben. De keuze van datapoort lijkt willekeurig te zijn.:no_upscale():strip_icc():fill(white):strip_exif()/f/image/HQMv1GHIBBP6m9eVivrPs6qK.jpg?f=user_large "https://tweakers.net/i/68-vKv6vzJ-_7-Ldbl0ms79Pa5k=/800x/filters:strip_icc():strip_exif()/f/image/HQMv1GHIBBP6m9eVivrPs6qK.jpg?f=fotoalbum_large")
[Voor 5% gewijzigd door Nibblebit op 28-01-2021 13:33]
)[Voor 30% gewijzigd door Nibblebit op 30-01-2021 14:50]
-=[Terminator]=- R3doxNL Anahka#2910 Specs. 16x LONGi LR4-72HPH-455M (7280 Wp) Oost/West (-85°/95°,13°) op 8x APS DS3-L. ID.3 First Plus. Daikin 3MXM40A met CTXM15R, FTXM20R en FTXM35R.
de status. We hebben drie mogelijke oplossingen verkend om data uit de ECU-R te krijgen:[Voor 37% gewijzigd door Nibblebit op 11-03-2021 08:50]
APS QS1 en Y600 3*340w 38graden en 3*340w 20Graden alles naar het Oosten 92 graden. Zuid set sma sunnyboy 2100b 8*255w 38 graden 178graden zuid
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| #!/usr/bin/env python3
from APSystemsECUR import APSystemsECUR
import time
import asyncio
import urllib.request
import urllib.parse
import urllib
from pprint import pprint
ecu_ip = "localwifiIP"
sleep = 60
url = 'http://domoticzPI-IP:8080/json.htm?'
puntcomma = '\u003B'
loop = asyncio.get_event_loop()
ecu = APSystemsECUR(ecu_ip)
while True:
try:
data = loop.run_until_complete(ecu.async_query_ecu())
#pprint(data)
today_energy_kwh = str(data.get('today_energy')*1000)
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 541, 'svalue': (today_energy_kwh)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars))
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 566, 'svalue': data.get('current_power')}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
#print(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 536, 'svalue': data.get('timestamp')}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars))
#inverter #Inverternumber1# values
inverters = data.get('inverters')
Inverter#Inverternumber1# = inverters.get('#Inverternumber1#')
Inverter#Inverternumber1#power = Inverter#Inverternumber1#.get('power')
#print(f"[OK] Inverter#Inverternumber1#online: {Inverter#Inverternumber1#.get('online')} Inverter#Inverternumber1#temperature: {Inverter#Inverternumber1#.get('temperature')} Inverter#Inverternumber1#power: {Inverter#Inverternumber1#.get('power')}")
from array import *
array1 = array('i', Inverter#Inverternumber1#power)
Inverter#Inverternumber1#power1 = (array1[0])
Inverter#Inverternumber1#power2 = (array1[1])
#to domoticz
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 551, 'svalue': (Inverter#Inverternumber1#power1)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 552, 'svalue': (Inverter#Inverternumber1#power2)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 543, 'svalue': Inverter#Inverternumber1#.get('temperature')}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars))
if Inverter#Inverternumber1#.get('online')==True:
getVars = {'type' : 'command', 'param' : 'switchlight', 'idx': 544, 'switchcmd': 'On', 'level': 0, 'passcode': '' }
else:
getVars = {'type' : 'command', 'param' : 'switchlight', 'idx': 544, 'switchcmd': 'Off', 'level': 0, 'passcode': '' }
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars))
#inverter #Inverternumber2# values
Inverter#Inverternumber2# = inverters.get('#Inverternumber2#')
Inverter#Inverternumber2#power = Inverter#Inverternumber2#.get('power')
#print(f"[OK] Inverter#Inverternumber2#online: {Inverter#Inverternumber2#.get('online')} Inverter#Inverternumber2#temperature: {Inverter#Inverternumber2#.get('temperature')} Inverter#Inverternumber2#power: {Inverter#Inverternumber2#.get('power')}")
from array import *
array1 = array('i', Inverter#Inverternumber2#power)
Inverter#Inverternumber2#power1 = (array1[0])
Inverter#Inverternumber2#power2 = (array1[1])
Inverter#Inverternumber2#power3 = (array1[2])
Inverter#Inverternumber2#power4 = (array1[3])
#to domoticz
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 557, 'svalue': (Inverter#Inverternumber2#power1)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 558, 'svalue': (Inverter#Inverternumber2#power2)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 559, 'svalue': (Inverter#Inverternumber2#power3)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 560, 'svalue': (Inverter#Inverternumber2#power4)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 545, 'svalue': Inverter#Inverternumber2#.get('temperature')}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars))
if Inverter#Inverternumber2#.get('online')==True:
getVars = {'type' : 'command', 'param' : 'switchlight', 'idx': 546, 'switchcmd': 'On', 'level': 0, 'passcode': '' }
else:
getVars = {'type' : 'command', 'param' : 'switchlight', 'idx': 546, 'switchcmd': 'Off', 'level': 0, 'passcode': '' }
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars))
#inverter #Inverternumber3# values
Inverter#Inverternumber3# = inverters.get('#Inverternumber3#')
Inverter#Inverternumber3#power = Inverter#Inverternumber3#.get('power')
#print(f"[OK] Inverter#Inverternumber3#online: {Inverter#Inverternumber3#.get('online')} Inverter#Inverternumber3#temperature: {Inverter#Inverternumber3#.get('temperature')} Inverter#Inverternumber3#power: {Inverter#Inverternumber3#.get('power')}")
from array import *
array1 = array('i', Inverter#Inverternumber3#power)
Inverter#Inverternumber3#power1 = (array1[0])
Inverter#Inverternumber3#power2 = (array1[1])
Inverter#Inverternumber3#power3 = (array1[2])
Inverter#Inverternumber3#power4 = (array1[3])
#to domoticz
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 564, 'svalue': (Inverter#Inverternumber3#power1)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 563, 'svalue': (Inverter#Inverternumber3#power2)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 562, 'svalue': (Inverter#Inverternumber3#power3)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 561, 'svalue': (Inverter#Inverternumber3#power4)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 549, 'svalue': Inverter#Inverternumber3#.get('temperature')}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars))
if Inverter#Inverternumber3#.get('online')==True:
getVars = {'type' : 'command', 'param' : 'switchlight', 'idx': 550, 'switchcmd': 'On', 'level': 0, 'passcode': '' }
else:
getVars = {'type' : 'command', 'param' : 'switchlight', 'idx': 550, 'switchcmd': 'Off', 'level': 0, 'passcode': '' }
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars))
#inverter #Inverternumber4# values
Inverter#Inverternumber4# = inverters.get('#Inverternumber4#')
Inverter#Inverternumber4#power = Inverter#Inverternumber4#.get('power')
#print(f"[OK] Inverter#Inverternumber4#online: {Inverter#Inverternumber4#.get('online')} Inverter#Inverternumber4#temperature: {Inverter#Inverternumber4#.get('temperature')} Inverter#Inverternumber4#power: {Inverter#Inverternumber4#.get('power')}")
from array import *
array1 = array('i', Inverter#Inverternumber4#power)
Inverter#Inverternumber4#power1 = (array1[0])
Inverter#Inverternumber4#power2 = (array1[1])
Inverter#Inverternumber4#power3 = (array1[2])
Inverter#Inverternumber4#power4 = (array1[3])
#to domoticz
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 553, 'svalue': (Inverter#Inverternumber4#power1)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 554, 'svalue': (Inverter#Inverternumber4#power2)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 555, 'svalue': (Inverter#Inverternumber4#power3)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 556, 'svalue': (Inverter#Inverternumber4#power4)}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars) + (puntcomma) + '0')
getVars = {'type' : 'command', 'param' : 'udevice', 'nvalue' : 0, 'idx': 548, 'svalue': Inverter#Inverternumber4#.get('temperature')}
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars))
if Inverter#Inverternumber4#.get('online')==True:
getVars = {'type' : 'command', 'param' : 'switchlight', 'idx': 547, 'switchcmd': 'On', 'level': 0, 'passcode': '' }
else:
getVars = {'type' : 'command', 'param' : 'switchlight', 'idx': 547, 'switchcmd': 'Off', 'level': 0, 'passcode': '' }
webUrl = urllib.request.urlopen(url + urllib.parse.urlencode(getVars))
except Exception as err:
print(f"[ERROR] {err}")
#print(f"Sleeping for {sleep} sec")
time.sleep(sleep) |
De EMA api lijkt niet meer te werken, beiden overleden
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| #!/usr/bin/env python3
from APSystemsECUR import APSystemsECUR
import time
import asyncio
import requests
from datetime import date
from pprint import pprint
from datetime import datetime
ecu_ip = 'ECU_R_IP'
PV_OUTPUT_SYSTEMID = 'SYSTEMID'
PV_OUTPUT_APIKEY = 'APIKEY'
PVOUTPUT_URL = 'http://pvoutput.org/service/r2/addstatus.jsp'
sleep = 60
loop = asyncio.get_event_loop()
ecu = APSystemsECUR(ecu_ip)
def getDateStringOfToday():
return date.today().strftime("%Y%m%d");
def sendUpdateToPVOutput(timestringminutes, powerstring):
pvoutputdata = {
'd': getDateStringOfToday(),
't': timestringminutes,
'v2': powerstring
}
headerspv = {
'X-Pvoutput-SystemId': PV_OUTPUT_SYSTEMID,
'X-Pvoutput-Apikey': PV_OUTPUT_APIKEY
}
responsepv = requests.post(PVOUTPUT_URL, headers=headerspv, data=pvoutputdata)
print ("Response: " + responsepv.text + " updated: " + timestringminutes + " power: " + powerstring )
while True:
try:
data = loop.run_until_complete(ecu.async_query_ecu())
apstime = data.get('timestamp')
apscp = str(data.get('current_power'))
cvtime = (datetime.strptime(apstime, "%Y-%m-%d %H:%M:%S"))
timestring = (cvtime.strftime("%H:%M"))
sendUpdateToPVOutput(timestring, apscp)
except Exception as err:
print(f"[ERROR] {err}")
exit()
# print(f"Sleeping for {sleep} sec")
# time.sleep(sleep) |
Held!! Mijn pvoutput werkt weer! Had al even zelf wat geprobeerd met combinatie, maar niet gelukt. You rock!:
[...]
De EMA api lijkt niet meer te werken, beiden overleden
Ik ben geen python scripter, maar ik dacht ik ga jouw test.py script en die van https://github.com/willemstoker/aps-to-pvoutput combineren.
code:
#!/usr/bin/env python3 from APSystemsECUR import APSystemsECUR import time import asyncio import requests from datetime import date from pprint import pprint from datetime import datetime ecu_ip = 'ECU_R_IP' PV_OUTPUT_SYSTEMID = 'SYSTEMID' PV_OUTPUT_APIKEY = 'APIKEY' PVOUTPUT_URL = 'http://pvoutput.org/service/r2/addstatus.jsp' sleep = 60 loop = asyncio.get_event_loop() ecu = APSystemsECUR(ecu_ip) def getDateStringOfToday(): return date.today().strftime("%Y%m%d"); def sendUpdateToPVOutput(timestringminutes, powerstring): pvoutputdata = { 'd': getDateStringOfToday(), 't': timestringminutes, 'v2': powerstring } headerspv = { 'X-Pvoutput-SystemId': PV_OUTPUT_SYSTEMID, 'X-Pvoutput-Apikey': PV_OUTPUT_APIKEY } responsepv = requests.post(PVOUTPUT_URL, headers=headerspv, data=pvoutputdata) print ("Response: " + responsepv.text + " updated: " + timestringminutes + " power: " + powerstring ) while True: try: data = loop.run_until_complete(ecu.async_query_ecu()) apstime = data.get('timestamp') apscp = str(data.get('current_power')) cvtime = (datetime.strptime(apstime, "%Y-%m-%d %H:%M:%S")) timestring = (cvtime.strftime("%H:%M")) sendUpdateToPVOutput(timestring, apscp) except Exception as err: print(f"[ERROR] {err}") exit() # print(f"Sleeping for {sleep} sec") # time.sleep(sleep)
Hiermee kan je dus weer naar PVoutput iets sturen. Bij mij leest dit trouwens de QS1 uit.
Mijn code kan wel wat verbetering gebruiken (oa de sleep), maar het werkt wel in de basis met een cronjob.
Zelf gebruik ik nog geen HA, dat wil ik later wel gaan proberen.
ZO SE LG Neon 2 - 5,76kWp - Shade: Low - PVoutput | NOZW APS QS1 - CSun 320 - 3,84kWp - Shade: High - PVoutput | Corsa-E GS-Line | Volvo XC40 Pure Electric Ultimate
Het heeft een geruime tijd gekost om überhaupt tot het punt te komen om bestanden te kunnen uploaden en het script aan te passen, alleen wat ik in het script moet zetten zou ik niet weten waar en op welke volgorde.
:no_upscale():strip_icc():fill(white):strip_exif()/f/image/FSDpfHcfut1CwZU86QPFkwFZ.jpg?f=user_large "https://tweakers.net/i/DA-98GwhhtTrXxW7rboOT4C8M0k=/full-fit-in/4920x3264/filters:max_bytes(3145728):no_upscale():strip_icc():fill(white):strip_exif()/f/image/FSDpfHcfut1CwZU86QPFkwFZ.jpg?f=user_large")
:no_upscale():strip_icc():fill(white):strip_exif()/f/image/CFEwlmcjfdENxNMOrlhmlChU.jpg?f=user_large "https://tweakers.net/i/DyKnd_jbW4EFeQvnf_O79v0MxDM=/full-fit-in/4920x3264/filters:max_bytes(3145728):no_upscale():strip_icc():fill(white):strip_exif()/f/image/CFEwlmcjfdENxNMOrlhmlChU.jpg?f=user_large")
:no_upscale():strip_icc():fill(white):strip_exif()/f/image/E7BuhJ0NPWxA2LO1dkHLQVr5.jpg?f=user_large "https://tweakers.net/i/ruIAvdjfAgPR3WG3JxseHChgGDQ=/x800/filters:strip_icc():strip_exif()/f/image/E7BuhJ0NPWxA2LO1dkHLQVr5.jpg?f=fotoalbum_large")
[Voor 12% gewijzigd door Nibblebit op 15-04-2021 07:42]
:no_upscale():strip_icc():fill(white):strip_exif()/f/image/6M7rlB5LKNT5zMtLjB51qJkP.jpg?f=user_large "https://tweakers.net/i/u_0uW4N2R1_pqY3nw4GTzN-lmY8=/full-fit-in/4920x3264/filters:max_bytes(3145728):no_upscale():strip_icc():fill(white):strip_exif()/f/image/6M7rlB5LKNT5zMtLjB51qJkP.jpg?f=user_large")
:no_upscale():strip_icc():fill(white):strip_exif()/f/image/rLgzVHYbrpDQsB7gg9sYW6Ni.jpg?f=user_large "https://tweakers.net/i/87K8QhSipmftR0r0CYifaPLZJPg=/full-fit-in/4920x3264/filters:max_bytes(3145728):no_upscale():strip_icc():fill(white):strip_exif()/f/image/rLgzVHYbrpDQsB7gg9sYW6Ni.jpg?f=user_large")
:no_upscale():strip_icc():fill(white):strip_exif()/f/image/tzWKfzOXTO2gFauJGaeoDS4e.jpg?f=user_large "https://tweakers.net/i/kCzERBUPLJ6Q5zP4hM_CG0oBVmU=/full-fit-in/4920x3264/filters:max_bytes(3145728):no_upscale():strip_icc():fill(white):strip_exif()/f/image/tzWKfzOXTO2gFauJGaeoDS4e.jpg?f=user_large")
[Voor 4% gewijzigd door Nibblebit op 16-04-2021 23:26]
Toen ben ik wat veder gaan rommelen met Duckdns maar dat heeft geleid tot het resultaat dat ik mijn HA helemaal niet meer kon bereiken, heb vanochtend HA opnieuw geïnstalleerd en alles ingesteld zoals beschreven alleen op een of andere manier mis ik nu bepaalde dingetjes.
[Voor 8% gewijzigd door Rvde op 17-04-2021 10:24]
:fill(white):strip_exif()/f/image/oKflrcnDHq4K4uS0u9YJ7d9k.png?f=user_large "https://tweakers.net/i/-GonP9z2ljGda6IXDj8hL1auzX4=/x800/filters:strip_exif()/f/image/oKflrcnDHq4K4uS0u9YJ7d9k.png?f=fotoalbum_large")
:fill(white):strip_exif()/f/image/deXS6BHXAi779QOclYvq8HsK.png?f=user_large "https://tweakers.net/i/gf2ItHHHsScuCzbwJnP8N9VzETc=/x800/filters:strip_exif()/f/image/deXS6BHXAi779QOclYvq8HsK.png?f=fotoalbum_large")
[Voor 16% gewijzigd door dooiedodo op 24-04-2021 09:35]
'19 Hyundai Kona EV, douchen met wtw en Auer Edel Eau, verwarming met Vaillant R290 monoblock
-=[Terminator]=- R3doxNL Anahka#2910 Specs. 16x LONGi LR4-72HPH-455M (7280 Wp) Oost/West (-85°/95°,13°) op 8x APS DS3-L. ID.3 First Plus. Daikin 3MXM40A met CTXM15R, FTXM20R en FTXM35R.
:strip_icc():strip_exif()/u/430617/crop601acfe4153b3_cropped.jpeg?f=community)
