Heb je hem in binnen buiten opstelling staan? Of buiten buiten?andre75 schreef op maandag 27 mei 2024 @ 21:30:
[...]
Ik gebruik de Hewalex puur voor hoofdverwarming, omdat ik beperkt vermogen nodig heb. Ik verwarm er alleen een woonkamer mee 55m2 met 2 LTV convectoren. Het vermogen is maar 3 kW en daar moet je goed rekening mee houden en alles goed uitrekenen dat het daadwerkelijk ook kan. Bij vorst draait de Hewalex 16 uur op een dag non stop.
Geen idee of het mag, maar elke plaatsing buiten vind ik een zot idee. De unit heeft een veel kleinere warmtewisselaar en ventilator dan een split- of monoblock buitenunit. Dus loopt veel minder efficiënt en kan ook niet met flinke vorst overweg.
Het voordeel van plaatsing binnen is dat je geen buitenunit hebt
Wel tegen een prijs uiteraard; het wordt nooit zo efficiënt als een echte buitenunit. N.B. het gaat hier alleen over het verwarmen v.d. woning, niet over het opwarmen van een boilervat.
:no_upscale():strip_icc():fill(white):strip_exif()/f/image/rDQjGSQvCSFWXkxsRT7xM79q.jpg?f=user_large)
Inmiddels is het CV-gedeelte ook operationeel. Ik heb een Wilo Yonos Pico 1-6 op Marktplaats gescoord. Deze laat het water circuleren door een radiator en een convector, beide met thermostaatknop. Als ik deze thermostaatknoppen dichtdraai, dan stopt de doorstroming. Pompje staat op proportionele druk en verbruikt dan 3W. Hij wordt niet warm bij dichte thermostaatknopen. Eventueel kan ik hem schakelen met de drukschakelaar die daar naar boven uitsteekt.
/u/1741832/crop634ee3319d5fa.png?f=community)
Ik heb de Appdaemon geïnstalleerd in HA en het dashboard is te zien op poort 5050. De Waveshare leest de gegevens in uit de Hewelex, en HA moet de seriële gegevens inlezen en deze omzetten via de Appdeamon in MQTT.
Moet er nog instellingen in de Waveshare aangepast worden? Het destination-IP is het Ip-adres waar HA op draait. De destination-poort is nu 502 (modbus poort) moet deze nog aangepast worden?
Het script wat je gestuurd hebt hoe zet je deze in de Appdeamon? Kan het script zo 1 op 1 in de Appdeamon gezet worden, of moet er nog wat aangepast worden?
:fill(white):strip_exif()/f/image/OqY5D3K4LcQoiQQ7eaRObciA.png?f=user_large)
Zoals beloofd de antwoorden:
:fill(white):strip_exif()/f/image/incA0Vwza4Ygfgk7tyIjUEIM.png?f=user_large)
Bij IP address vul je het IP adres in van de Waveshare
Bij Gateway het IP adres van je modem
Bij Dest. IP/Domain het IP adres van je server waar HA op draait
Voor het overige kun je de instellingen gebruiken zoals in het plaatje hierboven.
Voor wat betreft AppDeamon:
De scripts moeten tegenwoordig in addon/configs geplaatst worden.
:fill(white):strip_exif()/f/image/VCl4bEQAw8FUzG0chIfKob7g.png?f=user_large)
Dan in appdeamon.yaml een aantal algemene instellingen:
:fill(white):strip_exif()/f/image/dq57Sz5ETbqFnIPvGlDVOzfv.png?f=user_large)
:fill(white):strip_exif()/f/image/C5Srl5Axq01bxwbmuOdD8Gs8.png?f=user_large)
Dan in de folder apps in apps.yaml aangeven welke bestanden moeten worden gebruikt:
:fill(white):strip_exif()/f/image/JRaJkueOkjUjx2upzfZhKSbY.png?f=user_large)
:fill(white):strip_exif()/f/image/AZlFrcFKNkhrbmJ9w4zXBLrk.png?f=user_large)
hewalex2mqttconfig.ini:
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| [MQTT] MQTT_ip = 192.168.178.x #Vul hier het IP adres in van HA MQTT_port = 1883 MQTT_authentication = True MQTT_user = mqtt MQTT_pass = mqtt MQTT_GatewayDevice_Topic = HewaGate [Pcwu] #----------------------------------------------------------------------------------------------- Device_Pcwu_Enabled = True Device_Pcwu_Address = 192.168.178.xx #Vul hier het IP adres in van de Waveshare Device_Pcwu_Port = 8899 Device_Pcwu_MqttTopic = Heatpump #----------------------------------------------------------------------------------------------- |
hewalex2mqtt.py:
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| import appdaemon.plugins.hass.hassapi as hass
import os
import threading
import configparser
import serial
from hewalex_geco.devices import PCWU
import paho.mqtt.client as mqtt
import logging
import sys
# The class definition for the AppDaemon app
class MyApp(hass.Hass):
# Declare dev as a class attribute
dev = None
# Your app initialization logic here
def initialize(self):
# polling interval
self.get_status_interval = 30.0
# Controller (Master)
conHardId = 1
conSoftId = 1
# PCWU (Slave)
devHardId = 3
devSoftId = 3
#mqtt
self.flag_connected_mqtt = 0
self.MessageCache = {}
# Initialize the logger
self.initLogger()
# Initialize the configuration first
self.initConfiguration()
# Start MQTT connection
self.start_mqtt()
# Declare dev as a class attribute
self.dev = PCWU(conHardId, conSoftId, devHardId, devSoftId, self.on_message_serial)
# Call device_readregisters_enqueue to start the periodic task
self.device_readregisters_enqueue()
def initLogger(self):
# Set up the logger
self.logger = logging.getLogger(__name__)
self.logger.setLevel(logging.DEBUG)
formatter = logging.Formatter('%(asctime)s :: %(name)s :: %(levelname)s :: %(message)s')
stream_handler = logging.StreamHandler(sys.stdout)
stream_handler.setFormatter(formatter)
stream_handler.setLevel(logging.DEBUG)
self.logger.addHandler(stream_handler)
self.logger.info("Initializing Hewalex 2 Mqtt")
# Read Configs
def initConfiguration(self):
self.logger.info("reading config")
config_file = os.path.join(os.path.dirname(__file__), 'hewalex2mqttconfig.ini')
config = configparser.ConfigParser()
config.read(config_file)
# Mqtt
self._MQTT_ip = config.get('MQTT', 'MQTT_ip')
self._MQTT_port = config.getint('MQTT', 'MQTT_port')
self._MQTT_authentication = config.getboolean('MQTT', 'MQTT_authentication')
self._MQTT_user = config.get('MQTT', 'MQTT_user')
self._MQTT_pass = config.get('MQTT', 'MQTT_pass')
self.logger.info(f'MQTT ip: {self._MQTT_ip}')
self.logger.info(f'MQTT port: {self._MQTT_port}')
self.logger.info(f'MQTT authentication: {self._MQTT_authentication}')
self.logger.info(f'MQTT user: {self._MQTT_user}')
self.logger.info(f'MQTT pass: {self._MQTT_pass}')
# PCWU Device
self._Device_Pcwu_Enabled = config.getboolean('Pcwu', 'Device_Pcwu_Enabled')
if self._Device_Pcwu_Enabled:
self._Device_Pcwu_Address = config.get('Pcwu', 'Device_Pcwu_Address')
self._Device_Pcwu_Port = config.getint('Pcwu', 'Device_Pcwu_Port')
self._Device_Pcwu_MqttTopic = config.get('Pcwu', 'Device_Pcwu_MqttTopic')
self.logger.info(f'Device_Pcwu_MqttTopic: {self._Device_Pcwu_MqttTopic}')
# Use the values as needed in your app
if self._Device_Pcwu_Enabled:
# Create the serial connection with the correct baudrate
# Do something with self._Device_Pcwu_Address, self._Device_Pcwu_Port, and self._Device_Pcwu_MqttTopic
# For example, assign them to class attributes
pass
else:
# Handle the case when Pcwu is not enabled
pass
def on_message_mqtt(self, client, userdata, message):
self.logger.info("Received message with topic: {}".format(message.topic))
self.logger.info("Received command: {}".format(message.payload.decode('utf-8')))
if message.topic == self._Device_Pcwu_MqttTopic + '/Command':
command = message.payload.decode('utf-8')
self.logger.info("Received message with topic:", message.topic)
self.logger.info("Received command:", command)
# Add your code to process the received command here
else:
# Handle other MQTT messages if needed
pass
# Define flag_connected_mqtt as a global variable at the beginning of the script
#flag_connected_mqtt = 0
def log_mqtt_status(self, kwargs):
if self.flag_connected_mqtt == 1:
self.logger.info("MQTT Broker is connected.")
else:
self.logger.info("MQTT Broker is disconnected.")
def start_mqtt(self):
self.mqtt_client = mqtt.Client()
if self._MQTT_authentication:
self.mqtt_client.username_pw_set(username=self._MQTT_user, password=self._MQTT_pass)
self.mqtt_client.on_connect = self.on_mqtt_connect
self.mqtt_client.on_disconnect = self.on_mqtt_disconnect
self.mqtt_client.on_message = self.on_message_mqtt
self.mqtt_client.enable_logger(self.logger)
self.mqtt_client.connect(self._MQTT_ip, self._MQTT_port)
if self._Device_Pcwu_Enabled:
self.logger.info('Subscribed to: ' + self._Device_Pcwu_MqttTopic + '/Command')
self.mqtt_client.subscribe(self._Device_Pcwu_MqttTopic + '/Command', qos=1)
self.mqtt_client.loop_start()
def on_mqtt_connect(self, client, userdata, flags, rc):
self.logger.info("Connected to MQTT Broker with result code: {}".format(rc))
self.mqtt_client.subscribe("HewaGate") # Update this to your desired topic
self.flag_connected_mqtt = 1
def on_mqtt_disconnect(self, client, userdata, rc):
self.logger.info("Disconnected from MQTT Broker with result code: {}".format(rc))
self.flag_connected_mqtt = 0
def on_message_serial(self, obj, h, sh, m):
#self.logger.info(f'on_message_serial flag_connected_mqtt: {self.flag_connected_mqtt}')
#self.logger.info('on_message_serial')
#self.logger.info(f'MessageCache obj: {obj}')
#self.logger.info(f'MessageCache h: {h}')
#self.logger.info(f'MessageCache sh: {sh}')
#self.logger.info(f'MessageCache m: {m}')
try:
if self.flag_connected_mqtt != 1:
self.logger.info('on_message_serial not connected to mqtt')
return False
global MessageCache
topic = self._Device_Pcwu_MqttTopic
if sh["FNC"] == 0x50:
mp = obj.parseRegisters(sh["RestMessage"], sh["RegStart"], sh["RegLen"])
for item in mp.items():
if isinstance(item[1], dict): # skipping dictionaries (time program)
continue
key = topic + '/' + str(item[0])
val = str(item[1])
if key not in self.MessageCache or self.MessageCache[key] != val:
self.MessageCache[key] = val
self.logger.info(key + " " + val)
self.mqtt_client.publish(key, val)
except Exception as e:
self.logger.info('Exception in on_message_serial: '+ str(e))
def device_readregisters_enqueue(self):
"""Get device status every x seconds"""
#self.logger.info('Get device status')
#self.logger.info(f'device_readregisters_enqueue flag_connected_mqtt: {self.flag_connected_mqtt}')
threading.Timer(self.get_status_interval, self.device_readregisters_enqueue).start()
if self._Device_Pcwu_Enabled:
self.readPCWU()
self.readPcwuConfig()
def readPCWU(self):
#self.logger.info(f'readPCWU flag_connected_mqtt: {self.flag_connected_mqtt}')
ser = serial.serial_for_url("socket://%s:%s" % (self._Device_Pcwu_Address, self._Device_Pcwu_Port))
#self.logger.info(f'readPCWU: {ser}')
self.dev.readStatusRegisters(ser)
ser.close()
def readPcwuConfig(self):
#self.logger.info(f'readPcwuConfig flag_connected_mqtt: {self.flag_connected_mqtt}')
ser = serial.serial_for_url("socket://%s:%s" % (self._Device_Pcwu_Address, self._Device_Pcwu_Port))
#self.logger.info(f'readPCWUConfig: {ser}')
self.dev.readConfigRegisters(ser)
ser.close()
def writePcwuConfig(self, registerName, payload):
ser = serial.serial_for_url("socket://%s:%s" % (self._Device_Pcwu_Address, self._Device_Pcwu_Port))
self.logger.info(f'writePcwuConfig: {ser}')
self.dev.write(ser, registerName, payload)
ser.close()
def printPcwuMqttTopics(self):
print('| Topic | Type | Description | ')
print('| ----------------------- | ----------- | ---------------------------')
dev = PCWU(conHardId, conSoftId, devHardId, devSoftId, on_message_serial)
for k, v in dev.registers.items():
if isinstance(v['name'] , list):
for i in v['name']:
if i:
print('| ' + _Device_Pcwu_MqttTopic + '/' + str(i) + ' | ' + v['type'] + ' | ' + str(v.get('desc')))
else:
print('| ' +_Device_Pcwu_MqttTopic + '/' + str(v['name'])+ ' | ' + v['type'] + ' | ' + str(v.get('desc')))
if k > dev.REG_CONFIG_START:
print('| ' + _Device_Pcwu_MqttTopic + '/Command/' + str(v['name']) + ' | ' + v.get('type') + ' | ' + str(v.get('desc')))
if __name__ == "__main__":
# Create an instance of your AppDaemon app
app = MyApp()
# Initialize the configuration
app.initConfiguration()
# Start MQTT connection
app.start_mqtt()
# Add this line to log the MQTT status periodically (e.g., every 60 seconds)
app.run_every(app.log_mqtt_status, datetime.datetime.now(), 20)
# Run the AppDaemon app
app.run() |
Dan nog een aantal bestanden in de onderliggende folder hewalex_geco/
:fill(white):strip_exif()/f/image/NElNB9h15ENQAvkEbhyEp4sC.png?f=user_large)
__init__.py kan leeg blijven
crc.py:
code:
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| # Based on work by krzysztof1111111111
# https://www.elektroda.pl/rtvforum/topic3499254.html
POLY = 0xD5
def crc8(buf):
if len(buf) == 0:
return 0
accum = 0
for i in buf:
accum = accum ^ i
for _ in range(8):
if accum & 0x80:
accum = (((accum << 1) & 0xff) ^ POLY) & 0xff
else:
accum = (accum << 1) & 0xff
return accum
POLY16 = 0x1021
def crc16(buf):
if len(buf) == 0:
return 0
accum = 0
for i in buf:
accum = accum ^ (i << 8)
for _ in range(8):
if accum & 0x8000:
accum = (((accum << 1) & 0xffff) ^ POLY16) & 0xffff
else:
accum = (accum << 1) & 0xffff
return accum |
requirements.txt
code:
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| pyserial |
Dan nog wat bestanden in de folder Devices:
:fill(white):strip_exif()/f/image/FC5NgxdkyOtzWYeNM983qAA5.png?f=user_large)
__init__.py
code:
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| from .pcwu import PCWU from .zps import ZPS |
base.py:
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| from binascii import hexlify, unhexlify
import logging
from ..crc import *
# Based on work by krzysztof1111111111
# https://www.elektroda.pl/rtvforum/topic3499254.html
class BaseDevice:
def __init__(self, conHardId, conSoftId, devHardId, devSoftId, onMessage=None):
self.logger = logging.getLogger(__name__)
self.conHardId = conHardId # G-426 controller - physical address
self.conSoftId = conSoftId # G-426 controller - logical address
self.devHardId = devHardId # Hewalex device - physical address
self.devSoftId = devSoftId # Hewalex device - logical address
self.onMessage = onMessage # Callback - onMessage(obj, h, sh, m)
def parseHardHeader(self, m):
if len(m) < 8:
raise Exception("Too short message")
calcCrc = crc8(m[:7])
return {
"StartByte": m[0],
"To": m[1],
"From": m[2],
"ConstBytes": (m[5] << 16) | (m[4] << 8) | m[3],
"Payload": m[6],
"CRC8": m[7],
"CalcCRC8": calcCrc
}
def validateHardHeader(self, h):
if h["StartByte"] != 0x69:
raise Exception("Invalid Start Byte")
if h["CRC8"] != h["CalcCRC8"]:
raise Exception("Invalid Hard CRC8")
if h["ConstBytes"] != 0x84:
raise Exception("Invalid Const Bytes")
if h["From"] != self.conHardId and h["From"] != self.devHardId:
raise Exception("Invalid From Hard Address: " + str(h["From"]))
if h["To"] != self.conHardId and h["To"] != self.devHardId:
raise Exception("Invalid To Hard Address: " + str(h["To"]))
if h["To"] == h["From"]:
raise Exception("From and To Hard Address Equal")
def getWord(self, w):
return (w[1] << 8) | w[0]
def getWordReverse(self, w):
return (w[0] << 8) | w[1]
def getDWord(self, w):
return (w[3] << 24) | (w[2] << 16) | (w[1] << 8) | w[0]
def parseSoftHeader(self, h, m):
if len(m) != h["Payload"]:
raise Exception("Invalid soft message len")
if len(m) < 12:
raise Exception("Too short soft message")
calcCrc = crc16(m[:h["Payload"]-2])
return {
"To": self.getWord(m[0:]),
"From": self.getWord(m[2:]),
"FNC": m[4],
"ConstByte": self.getWord(m[5:]),
"RegLen": m[7],
"RegStart": self.getWord(m[8:]),
"RestMessage": m[10:h["Payload"]-2],
"CRC16": self.getWordReverse(m[h["Payload"]-2:]),
"CalcCRC16": calcCrc
}
def validateSoftHeader(self, h, sh):
if sh["CRC16"] != sh["CalcCRC16"]:
raise Exception("Invalid Soft CRC16")
if sh["ConstByte"] != 0x80:
raise Exception("Invalid Const Soft Byte 0x80")
if (h["From"] == self.conHardId and sh["From"] != self.conSoftId) or (h["From"] == self.devHardId and sh["From"] != self.devSoftId):
raise Exception("Invalid From Address")
if (h["To"] == self.conHardId and sh["To"] != self.conSoftId) or (h["To"] == self.devHardId and sh["To"] != self.devSoftId):
raise Exception("Invalid To Address")
def getTemp(self, w, divisor):
w = self.getWord(w)
if w & 0x8000:
w = w - 0x10000
return w / divisor
def parseBitMask(self, val, names, ret):
for name in names:
if name is not None:
ret[name] = bool(val & 1)
val = val >> 1
def parseRegisters(self, m, regstart, reglen, unknown=False):
ret = {}
skip = 0
for regnum in range(regstart, regstart + reglen, 2):
if skip > 0:
skip = skip - 1
continue
reg = self.registers.get(regnum, None)
adr = regnum - regstart
if reg:
val = None
if reg['type'] == 'date':
val = "20{:02d}-{:02d}-{:02d}".format(m[adr], m[adr+1], m[adr+2])
skip = 1
elif reg['type'] == 'time':
val = "{:02d}:{:02d}:{:02d}".format(m[adr], m[adr+1], m[adr+2])
skip = 1
elif reg['type'] == 'word':
val = self.getWord(m[adr:])
elif reg['type'] == 'rwrd':
val = self.getWordReverse(m[adr:])
elif reg['type'] == 'dwrd':
val = self.getDWord(m[adr:])
skip = 1
elif reg['type'] == 'temp':
val = self.getTemp(m[adr:], 1.0)
elif reg['type'] == 'te10':
val = self.getTemp(m[adr:], 10.0)
elif reg['type'] == 'fl10':
val = self.getWord(m[adr:]) / 10.0
elif reg['type'] == 'f100':
val = self.getWord(m[adr:]) / 100.0
elif reg['type'] == 'bool':
val = bool(self.getWord(m[adr:]))
elif reg['type'] == 'mask':
self.parseBitMask(self.getWord(m[adr:]), reg['name'], ret)
continue
elif reg['type'] == 'tprg':
val = {}
self.parseBitMask(self.getDWord(m[adr:]), range(0, 24), val)
skip = 1
ret[reg['name']] = val
elif unknown:
ret["Reg%d" % regnum] = self.getWord(m[adr:])
return ret
def printMessage(self, h, sh):
print ({
'hard': {
"StartByte": hex(h["StartByte"]),
"To": h["To"],
"From": h["From"],
"ConstBytes": hex(h["ConstBytes"]),
"Payload": h["Payload"],
"CRC8": hex(h["CRC8"])
},
'soft': {
"To": sh["To"],
"From": sh["From"],
"FNC": hex(sh["FNC"]),
"ConstByte": hex(sh["ConstByte"]),
"RegLen": sh["RegLen"],
"RegStart": str(sh["RegStart"]) + " (" + hex(sh["RegStart"]) + ")",
"RestMessage": hexlify(sh["RestMessage"]),
"CRC16": hex(sh["CRC16"])
}
})
def processMessage(self, m, ignoreTooShort):
h = self.parseHardHeader(m)
self.validateHardHeader(h)
ml = h["Payload"]
if ignoreTooShort and ml + 8 > len(m):
return m
sh = self.parseSoftHeader(h, m[8:ml+8])
self.validateSoftHeader(h, sh)
if self.onMessage:
self.onMessage(self, h, sh, m)
return m[ml+8:]
def processAllMessages(self, m, returnRemainingBytes=False):
minLen = 8 if returnRemainingBytes else 0
prevLen = len(m)
while prevLen > minLen:
m = self.processMessage(m, returnRemainingBytes)
if len(m) == prevLen:
if returnRemainingBytes:
return m
else:
raise Exception("Something wrong")
prevLen = len(m)
return m
# Process all messages in X cycles of device to controller comms
#
# 1. The device sends a query to the controller to read 20 registers starting from address 100.
# 2. The controller responds, it always seems to be the same. It's hard to say if there is a controller model or a serial number.
# 3. The device sends a record of registers starting at address 120. This is the main message, there are temperatures there. After this message there is a long pause (which is quite a large part of the 140ms for a series of messages), probably the controller is not too fast to write it to memory and it takes longer. The exact number of records depends on the model and firmware of the device.
# 4. The controller replies with the standard message 0x70 that the bytes have been written successfully.
# 5. The device requests to read 4 bytes starting from address 252.
# 6. The controller responds and returns 4 bytes. By default they are: 10000000 and they mean that the controller is working normally, there are no changes. The value 08000000 means that the controller is turned off. However, the value 11000000 means that the user has changed a parameter in the menu, at this point the communication scheme is different, described in the docs.
#
def eavesDrop(self, ser, numCycles=None):
# window size and time (based on 140ms cycle and 360ms wait)
winSize = 1000
winTime = 0.4
# determine start of cycle marker to look for
# (device requesting to read 20 registers from address 100)
s1 = unhexlify('69%02x%02x8400000c' % (self.devHardId, self.conHardId))
s2 = unhexlify('%02x' % crc8(s1))
s3 = unhexlify('%02x%02x%02x%02x' % (
(self.devSoftId & 0xff),
(self.devSoftId & 0xff00) >> 8,
(self.conSoftId & 0xff),
(self.conSoftId & 0xff00) >> 8,
))
s4 = unhexlify('408000146400')
s = s1 + s2 + s3 + s4
ser.flushInput()
cnt = 0
while (numCycles is None) or (cnt < numCycles):
cnt += 1
# read until first char after start marker
ser.timeout = 1
m = ser.read_until(s, winSize)
# read the rest within window
ser.timeout = winTime
m = ser.read(winSize)
# process
self.processAllMessages(s + m)
def createReadRegistersMessage(self, start, num):
header = [0x69, self.devHardId, self.conHardId, 0x84, 0, 0]
payload = [(self.devSoftId & 0xff), ((self.devSoftId >> 8) & 0xff), (self.conSoftId & 0xff), ((self.conSoftId >> 8) & 0xff), 0x40, 0x80, 0, num & 0xff, start & 0xff, (start >> 8) & 0xff]
calcCrc16 = crc16(payload)
payload.append((calcCrc16 >> 8) & 0xff)
payload.append(calcCrc16 & 0xff)
header.append(len(payload))
calcCrc8 = crc8(header)
header.append(calcCrc8)
return bytearray(header + payload)
def createWriteRegisterMessage(self, reg, val):
header = [0x69, self.devHardId, self.conHardId, 0x84, 0, 0]
payload = [(self.devSoftId & 0xff), ((self.devSoftId >> 8) & 0xff), (self.conSoftId & 0xff), ((self.conSoftId >> 8) & 0xff), 0x60, 0x80, 0, 2, reg & 0xff, (reg >> 8) & 0xff, val & 0xff, (val >> 8) & 0xff]
calcCrc16 = crc16(payload)
payload.append((calcCrc16 >> 8) & 0xff)
payload.append(calcCrc16 & 0xff)
header.append(len(payload))
calcCrc8 = crc8(header)
header.append(calcCrc8)
return bytearray(header + payload)
def readRegisters(self, ser, start, num):
m = self.createReadRegistersMessage(start, num)
self.logger.debug(f'Sending message to the heat pump: {m}')
ser.flushInput()
ser.timeout = 0.4
ser.write(m)
r = ser.read(1000)
return self.processAllMessages(r)
def readStatusRegisters(self, ser):
self.logger.info('readStatusRegisters')
start = self.REG_STATUS_START
return self.readRegisters(ser, start, self.REG_CONFIG_START - start)
def readConfigRegisters(self, ser):
start = self.REG_CONFIG_START
while start < self.REG_MAX_ADR:
num = min(self.REG_MAX_ADR + 2 - start, self.REG_MAX_NUM)
self.readRegisters(ser, start, num)
start = start + num
def writeRegister(self, ser, reg, val):
m = self.createWriteRegisterMessage(reg, val)
self.logger.debug(f'Sending message to the heat pump writeRegister: {m}')
ser.flushInput()
ser.timeout = 0.4
ser.write(m)
r = ser.read(1000)
return self.processAllMessages(r)
def write(self, ser, registername, val):
regnum = 0
# look for register based on name
for k, v in self.registers.items():
if v['name'] == registername:
regnum = k
break
reg = self.registers.get(regnum, None)
if reg:
val = self.parseRegisterValue(reg, val)
if val is not None:
#print('self.writeRegister(ser, ' + str(regnum) + ', '+ str(val) + ')')
return self.writeRegister(ser, regnum, val)
return None
def parseRegisterValue(self, reg, val):
if val:
if reg['type'] == 'date':
val = None
elif reg['type'] == 'time':
val = None
elif reg['type'] == 'word':
val = int(val)
elif reg['type'] == 'rwrd':
val = int(val)
elif reg['type'] == 'dwrd':
val = int(val)
elif reg['type'] == 'temp':
val = int(val)
elif reg['type'] == 'te10':
val = int(val) * 10
elif reg['type'] == 'fl10':
val = float(val) * 10
elif reg['type'] == 'f100':
val = float(val) * 100
elif reg['type'] == 'bool':
if val == 'True' or val == '1':
val = 1
elif val == 'False' or val == '0':
val = 0
elif reg['type'] == 'mask':
val = None
elif reg['type'] == 'tprg':
val = None
if reg['options'] and val not in reg['options']:
print ('invalid option ' + str(val))
val = None
return val
# Interface to implement in child classes
#########################################
# Registers are divided in read-only status registers and read/write config registers
# The lowest readable register always seems to be 100
REG_MIN_ADR = 100
# The highest readable register varies per device
REG_MAX_ADR = 536 #None
# The number of registers which can be read in one message varies per device
REG_MAX_NUM = 100 #None
# Status registers start at 120 usually
REG_STATUS_START = 120
# The number of statusregisters which can be read in one message varies per device
REG_STATUS_NUM = 104
# Config registers start at a register which varies per device
REG_CONFIG_START = 302 #None
registers = {
#
# # Status registers
# 120: { 'type': 'date', 'name': 'date' }, # Date
# 124: { 'type': 'time', 'name': 'time' }, # Time
# 128: { 'type': 'te10', 'name': 'T1' }, # T1
# 130: { 'type': 'te10', 'name': 'T2' }, # T2
# 132: { 'type': 'te10', 'name': 'T3' }, # T3
# ...
#
# # Config registers
# XXX: { 'type': 'word', 'name': 'InstallationScheme' }, # Installation Scheme
# ...
#
} |
pcwu.py:
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| from .base import BaseDevice
# Based on work by krzysztof1111111111
# https://www.elektroda.pl/rtvforum/topic3499254.html
class PCWU(BaseDevice):
# PCWU is driven by PG-426-P01 (controller) and MG-426-P01 (executive module)
# Below are the registers for the executive module, so no controller settings
REG_MAX_ADR = 536
REG_MAX_NUM = 100
REG_CONFIG_START = 302
REG_STATUS_NUM = 104
# Interaction between status register 202 and config register 304:
#
# When talking to the executive module directly the heat pump can be (manually)
# disabled and enabled through config register 304 and the result of this is visible
# in status register 202. With the controller on this works as expected, the heat
# pump can be put into a waiting mode where it will not turn on until enabled again
# through register 304. With the controller off however this doesn't work. Maybe
# the executive module is hardcoded to not turn the heat pump on when the controller
# is off? See eavesDrop function in base device to learn how the executive module
# knows that the controller is off. What makes this especially weird is that register
# 202 changes its value to 0 when the controller is off even if register 304 says
# otherwise. It would be great if we could detect the 'controller is off' situation
# through one of the registers, but I haven't found a way yet.
registers = {
# Status registers
120: { 'type': 'date', 'name': 'date', 'desc': 'Date' },
124: { 'type': 'time', 'name': 'time', 'desc': 'Time' },
128: { 'type': 'te10', 'name': 'T1', 'desc': 'T1 (Ambient temp)' },
130: { 'type': 'te10', 'name': 'T2', 'desc': 'T2 (Tank bottom temp)' },
132: { 'type': 'te10', 'name': 'T3', 'desc': 'T3 (Tank top temp)' },
138: { 'type': 'te10', 'name': 'T6', 'desc': 'T6 (HP water inlet temp)' },
140: { 'type': 'te10', 'name': 'T7', 'desc': 'T7 (HP water outlet temp)' },
142: { 'type': 'te10', 'name': 'T8', 'desc': 'T8 (HP evaporator temp)' },
144: { 'type': 'te10', 'name': 'T9', 'desc': 'T9 (HP before compressor temp)' },
146: { 'type': 'te10', 'name': 'T10', 'desc': 'T10 (HP after compressor temp)' },
194: { 'type': 'bool', 'name': 'IsManual' },
196: { 'type': 'mask', 'name': [
'FanON', # Fan ON (True/False)
None,
'CirculationPumpON', # Circulation pump ON (True/False)
None,
None,
'HeatPumpON', # Heat pump ON (True/False)
None,
None,
None,
None,
None,
'CompressorON', # Compressor ON (True/False)
'HeaterEON', # Heater E ON (True/False)
]},
198: { 'type': 'word', 'name': 'EV1', 'desc': 'Expansion valve' },
202: { 'type': 'word', 'name': 'WaitingStatus', 'desc': ' 0 when available for operation, 2 when disabled through register 304' }, #
# Config registers
302: { 'type': 'word', 'name': 'InstallationScheme', 'options': [1,2,3,4,5,6,7,8,9], 'desc': 'Installation Scheme (1-9)' },
304: { 'type': 'bool', 'name': 'HeatPumpEnabled', 'options': [0,1], 'desc': 'Heat Pump Enabled (True/False)'},
306: { 'type': 'word', 'name': 'TapWaterSensor', 'options': [0,1,2], 'desc': 'Temp. sensor controlling heat pump operation [T2,T3,T7, factory setting T2]' }, #
308: { 'type': 'te10', 'name': 'TapWaterTemp', 'options': [100,110,112,130,140,150,160,170,180,190, #
200,210,220,230,240,250,260,270,280,290,
300,310,320,330,340,350,360,370,380,390,
400,410,420,430,440,450,460,470,480,490,
500,510,520,530,540,550,560,570,580,590,
600] , 'desc': 'HUW temperature for heat pump [10-60°C, factory setting 50°C]'},
310: { 'type': 'te10', 'name': 'TapWaterHysteresis', 'options': [20,30,40,50,60,70,80,90,100] , 'desc': 'Heat pump start-up hysteresis [2-10°C, factory setting 5°C]'}, #
312: { 'type': 'te10', 'name': 'AmbientMinTemp', 'options': [-100,-90,-80,-70,-60,-50,-40,-30,-20,-10, #
10,20,30,40,50,60,70,80,90,100] , 'desc': 'Minimum ambient temperature (T1) [-10-10°C] ' },
314: { 'type': 'tprg', 'name': 'TimeProgramHPM-F', 'desc': 'Time Program HP M-F (True/False per hour of the day)' }, #
318: { 'type': 'tprg', 'name': 'TimeProgramHPSat', 'desc': 'Time Program HP Sat (True/False per hour of the day)' }, #
322: { 'type': 'tprg', 'name': 'TimeProgramHPSun', 'desc': 'Time Program HP Sun (True/False per hour of the day)' }, #
326: { 'type': 'bool', 'name': 'AntiFreezingEnabled', 'options': [0,1], 'desc': 'Function protecting against freezing [YES/NO], factory setting YES' }, #
328: { 'type': 'word', 'name': 'WaterPumpOperationMode', 'options': [0,1], 'desc': 'Water Pump Operation Mode (0=Continuous, 1=Synchronous)' }, #
330: { 'type': 'word', 'name': 'FanOperationMode', 'options': [0,1,2], 'desc': 'Fan Operation Mode (0=Max, 1=Min, 2=Day/Night), factory MAX' }, #
332: { 'type': 'word', 'name': 'DefrostingInterval', 'desc': 'Defrosting cycle start-up delay [30-90 min., factory setting 45 min.]' }, #
334: { 'type': 'te10', 'name': 'DefrostingStartTemp', 'desc': 'Temperature activating defrosting [-30 - 0°C, factory setting -7°C]' }, #
336: { 'type': 'te10', 'name': 'DefrostingStopTemp', 'desc': 'Temperature finishing defrosting [2-30°C, factory setting 13°C]' },
338: { 'type': 'word', 'name': 'DefrostingMaxTime', 'desc': 'Maximum defrosting duration [1-12 min., factory setting 8 min.]' },
#374 # Time Program? Heat pump
#406 # Time Program? Heater E
#432 # Time Program? Circulating pump [shown in diagrams no. 2,3,4,6,7,8,9]
#476 # Time Program? Gas-fired boiler D [shown in diagrams no. 4,7,9]
#??? # Anti-Legionella [shown in diagrams no. 3-9]
#??? # Anti-Legionella function activation [YES/NO, factory setting YES]
#??? # Protection carried out by heater E [YES/NO, factory setting YES]
#??? # Protection carried out by heater P [YES/NO, factory setting YES]
#??? # Protection carried out by gas-fired boiler [YES/NO, factory setting YES, shown in diagrams no. 4,7,9]
516: { 'type': 'bool', 'name': 'ExtControllerHPOFF', 'desc': 'Heat pump deactivation [YES/NO, factory setting YES]' },
#518 # ?? Electric heater E deactivation [YES/NO, factory setting YES]
#520 # ?? Electric heater P deactivation [YES/NO, factory setting YES]
#522 # ?? Gas-fired boiler shutdown [YES/NO, factory setting YES, shown in diagrams no. 4,7,9]
#524 # ?? Shutdown of pump F for solid fuel fired boiler B [YES/NO, factory setting YES, shown in diagrams no. 3,8,9]
}
def disable(self, ser):
return self.writeRegister(ser, 304, 0)
def enable(self, ser):
return self.writeRegister(ser, 304, 1) |
zps.py:
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| from .base import BaseDevice
# Based on work by aelias-eu
# https://github.com/aelias-eu/hewalex-geco-protocol
class ZPS(BaseDevice):
# ZPS is driven by G-422-P09 (controller)
# Below are the registers for the controller, so including controller settings
REG_MAX_ADR = 330
REG_MAX_NUM = 76
REG_CONFIG_START = 170
registers = {
# Status registers
120: { 'type': 'date', 'name': 'date', 'desc': 'Date'},
124: { 'type': 'time', 'name': 'time', 'desc': 'Time'},
128: { 'type': 'temp', 'name': 'T1', 'desc': 'T1 (Collectors temp)'},
130: { 'type': 'temp', 'name': 'T2', 'desc': 'T2 (Tank bottom temp)'},
132: { 'type': 'temp', 'name': 'T3', 'desc': 'T3 (Air separator temp)'},
134: { 'type': 'temp', 'name': 'T4', 'desc': 'T4 (Tank top temp)'},
136: { 'type': 'temp', 'name': 'T5', 'desc': 'T5 (Boiler outlet temp)'},
138: { 'type': 'temp', 'name': 'T6', 'desc': 'T6'},
144: { 'type': 'word', 'name': 'CollectorPower', 'desc': 'Collector Power (W)'},
148: { 'type': 'fl10', 'name': 'Consumption', 'desc': 'Consumption (W)'},
150: { 'type': 'bool', 'name': 'CollectorActive', 'desc': 'Collector Active (True/False)'},
152: { 'type': 'fl10', 'name': 'FlowRate', 'desc': 'Flow Rate (l/min)'},
154: { 'type': 'mask', 'name': [
'CollectorPumpON', # Collector Pump (P) ON (True/False)
None, # Boiler Pump (K) ON?
'CirculationPumpON', # Circulation Pump (C) ON (True/False)
]},
156: { 'type': 'word', 'name': 'CollectorPumpSpeed', 'desc': 'Collector Pump Speed (0-15)'},
166: { 'type': 'fl10', 'name': 'TotalEnergy', 'desc': 'Total Energy (kWh)'},
# Config registers
170: { 'type': 'word', 'name': 'InstallationScheme', 'desc': 'Installation Scheme (1-19)'},
172: { 'type': 'word', 'name': 'DisplayTimeout', 'desc': 'Display Timeout (1-10 min)'},
174: { 'type': 'word', 'name': 'DisplayBrightness', 'desc': 'Display Brightness (1-10)'},
176: { 'type': 'bool', 'name': 'AlarmSoundEnabled', 'desc': 'Alarm Sound Enabled (True/False)'},
178: { 'type': 'bool', 'name': 'KeySoundEnabled', 'desc': 'Key Sound Enabled (True/False)'},
180: { 'type': 'word', 'name': 'DisplayLanguage', 'desc': 'Display Language (0=PL, 1=EN, 2=DE, 3=FR, 4=PT, 5=ES, 6=NL, 7=IT, 8=CZ, 9=SL, ...)'},
182: { 'type': 'temp', 'name': 'FluidFreezingTemp', 'desc': 'Fluid Freezing Temp'},
186: { 'type': 'fl10', 'name': 'FlowRateNominal', 'desc': 'Flow Rate Nominal (l/min)'},
188: { 'type': 'word', 'name': 'FlowRateMeasurement', 'desc': 'Flow Rate Measurement (0=Rotameter, 1=Electronic G916, 2=Electronic)'},
190: { 'type': 'f100', 'name': 'FlowRateWeight', 'desc': 'Flow Rate Weight (imp/l)'},
192: { 'type': 'bool', 'name': 'HolidayEnabled', 'desc': 'Holiday Enabled (True/False)'},
194: { 'type': 'word', 'name': 'HolidayStartDay', 'desc': 'Holiday Start Day'},
196: { 'type': 'word', 'name': 'HolidayStartMonth', 'desc': 'Holiday Start Month'},
198: { 'type': 'word', 'name': 'HolidayStartYear', 'desc': 'Holiday Start Year'},
200: { 'type': 'word', 'name': 'HolidayEndDay', 'desc': 'Holiday End Day'},
202: { 'type': 'word', 'name': 'HolidayEndMonth', 'desc': 'Holiday End Month'},
204: { 'type': 'word', 'name': 'HolidayEndYear', 'desc': 'Holiday End Year'},
206: { 'type': 'word', 'name': 'CollectorType', 'desc': 'Collector Type (0=Flat, 1=Tube)'},
208: { 'type': 'temp', 'name': 'CollectorPumpHysteresis', 'desc': 'Collector Pump Hysteresis (Difference between T1 and T2 to turn on collector pump)'},
210: { 'type': 'temp', 'name': 'ExtraPumpHysteresis', 'desc': 'Extra Pump Hysteresis (Temp difference to turn on extra pump)'},
212: { 'type': 'temp', 'name': 'CollectorPumpMaxTemp', 'desc': 'Collector Pump Max Temp (Maximum T2 temp to turn off collector pump)'},
214: { 'type': 'word', 'name': 'BoilerPumpMinTemp', 'desc': 'Boiler Pump Min Temp (Minimum T5 temp to turn on boiler pump)'},
218: { 'type': 'word', 'name': 'HeatSourceMaxTemp', 'desc': 'Heat Source Max Temp (Maximum T4 temp to turn off heat sources)'},
220: { 'type': 'word', 'name': 'BoilerPumpMaxTemp', 'desc': 'Boiler Pump Max Temp (Maximum T4 temp to turn off boiler pump)'},
222: { 'type': 'bool', 'name': 'PumpRegulationEnabled', 'desc': 'Pump Regulation Enabled (True/False)'},
226: { 'type': 'word', 'name': 'HeatSourceMaxCollectorPower', 'desc': 'Heat Source Max Collector Power (Maximum collector power to turn off heat sources) (100-9900W)'},
228: { 'type': 'bool', 'name': 'CollectorOverheatProtEnabled', 'desc': 'Collector Overheat Protection Enabled (True/False)'},
230: { 'type': 'temp', 'name': 'CollectorOverheatProtMaxTemp', 'desc': 'Collector Overheat Protection Max Temp (Maximum T2 temp for overheat protection)'},
232: { 'type': 'bool', 'name': 'CollectorFreezingProtEnabled', 'desc': 'Collector Freezing Protection Enabled (True/False)'},
234: { 'type': 'word', 'name': 'HeatingPriority', 'desc': 'Heating Priority'},
236: { 'type': 'bool', 'name': 'LegionellaProtEnabled', 'desc': 'Legionella Protection Enabled (True/False)'},
238: { 'type': 'bool', 'name': 'LockBoilerKWithBoilerC', 'desc': 'Lock Boiler K With Boiler C (True/False)'},
240: { 'type': 'bool', 'name': 'NightCoolingEnabled', 'desc': 'Night Cooling Enabled (True/False)'},
242: { 'type': 'temp', 'name': 'NightCoolingStartTemp', 'desc': 'Night Cooling Start Temp'},
244: { 'type': 'temp', 'name': 'NightCoolingStopTemp', 'desc': 'Night Cooling Stop Temp'},
246: { 'type': 'word', 'name': 'NightCoolingStopTime', 'desc': 'Night Cooling Stop Time (hr)'},
248: { 'type': 'tprg', 'name': 'TimeProgramCM-F', 'desc': 'Time Program C M-F (True/False per hour of the day)'},
252: { 'type': 'tprg', 'name': 'TimeProgramCSat', 'desc': 'Time Program C Sat (True/False per hour of the day)'},
256: { 'type': 'tprg', 'name': 'TimeProgramCSun', 'desc': 'Time Program C Sun (True/False per hour of the day)'},
260: { 'type': 'tprg', 'name': 'TimeProgramKM-F', 'desc': 'Time Program K M-F (True/False per hour of the day)'},
264: { 'type': 'tprg', 'name': 'TimeProgramKSat', 'desc': 'Time Program K Sat (True/False per hour of the day)'},
268: { 'type': 'tprg', 'name': 'TimeProgramKSun', 'desc': 'Time Program K Sun (True/False per hour of the day)'},
278: { 'type': 'word', 'name': 'CollectorPumpMinRev', 'desc': 'Collector Pump Min Rev (rev/min)'},
280: { 'type': 'word', 'name': 'CollectorPumpMaxRev', 'desc': 'Collector Pump Max Rev (rev/min)'},
282: { 'type': 'word', 'name': 'CollectorPumpMinIncTime', 'desc': 'Collector Pump Min Increase Time (s)'},
284: { 'type': 'word', 'name': 'CollectorPumpMinDecTime', 'desc': 'Collector Pump Min Decrease Time (s)'},
286: { 'type': 'word', 'name': 'CollectorPumpStartupSpeed', 'desc': 'Collector Pump Startup Speed (1-15)'},
288: { 'type': 'bool', 'name': 'PressureSwitchEnabled', 'desc': 'Pressure Switch Enabled (True/False)'},
290: { 'type': 'bool', 'name': 'TankOverheatProtEnabled', 'desc': 'Tank Overheat Protection Enabled (True/False)'},
322: { 'type': 'bool', 'name': 'CirculationPumpEnabled', 'desc': 'Circulation Pump Enabled (True/False)'},
324: { 'type': 'word', 'name': 'CirculationPumpMode', 'desc': 'Circulation Pump Mode (0=Discontinuous, 1=Continuous)'},
326: { 'type': 'temp', 'name': 'CirculationPumpMinTemp', 'desc': 'Circulation Pump Min Temp (Minimum T4 temp to turn on circulation pump)'},
328: { 'type': 'word', 'name': 'CirculationPumpONTime', 'desc': 'Circulation Pump ON Time (1-59 min)'},
330: { 'type': 'word', 'name': 'CirculationPumpOFFTime', 'desc': 'Circulation Pump OFF Time (1-59 min)'},
# Weird registers
312: { 'type': 'dwrd', 'name': 'TotalOperationTime', 'desc': 'Total Operation Time (min) - lives in config space but is status register'},
320: { 'type': 'word', 'name': 'Reg320', 'desc': 'Unknown register - value changes constantly'}
} |
LG-HM071MR-U44 / SWW Hewalex PCWU 3.0 / PV SMA + Jinko 14 kWp / Kia e-Niro
Is hier al eens iets uitgekomen? Of is de remedie om een tijdreleis aan de externe ingang te knopen. Dan zit je maximaal een dag zonder verwarming
Dank,
Ben er nu ook mee bezig, t werkt nog niet helemaal voor mij.
IIG heb in de AppDaemon configuration, bij Python packages "pyserial" toe moeten voegen:
:fill(white):strip_exif()/f/image/ojFgAQ4FYcyoIeeD6lRUSqVp.png?f=user_large)
S.J.
Dag allemaal,
Onlangs attendeerde iemand mij op de Hewalex warmtepomp voor o.a. SWW.
Ikzelf ben niet bekend met met dit merk, en volgens mij meer mensen niet.
Ik zit met een aantal vragen die ik niet zo snel terug kan vinden in deze topic.
1. Hoe zit het met de betrouwbaarheid van dit product?
2. Ik wil het systeem puur voor SWW. Heeft iemand een dergelijke opstelling? Zonder collectoren etc. Hoe is dit aangesloten?
3. Kan ik het systeem in de toekomst uitbreiden door er vloerverwarming op aan te sluiten? Is een klein oppervlak.
4. Hoe efficient is een Hewalex in een SWW opstelling vergeleken met een warmtepompboiler (Auer Edel Air 270l bijvoorbeeld).
5. Welk soort, type of merk boilervat kan ik het beste gebruiken?
Hopelijk heeft iemand tijd en zin om mijn vragen (deels) te beantwoorden
Groetjes Erik!
Onlangs attendeerde iemand mij op de Hewalex warmtepomp voor o.a. SWW.
Ikzelf ben niet bekend met met dit merk, en volgens mij meer mensen niet.
Ik zit met een aantal vragen die ik niet zo snel terug kan vinden in deze topic.
1. Hoe zit het met de betrouwbaarheid van dit product?
2. Ik wil het systeem puur voor SWW. Heeft iemand een dergelijke opstelling? Zonder collectoren etc. Hoe is dit aangesloten?
3. Kan ik het systeem in de toekomst uitbreiden door er vloerverwarming op aan te sluiten? Is een klein oppervlak.
4. Hoe efficient is een Hewalex in een SWW opstelling vergeleken met een warmtepompboiler (Auer Edel Air 270l bijvoorbeeld).
5. Welk soort, type of merk boilervat kan ik het beste gebruiken?
Hopelijk heeft iemand tijd en zin om mijn vragen (deels) te beantwoorden
Groetjes Erik!
Mooi dat het gelukt is. Welke entities werken niet? Ik heb alle sensoren werkend:
:fill(white):strip_exif()/f/image/aWRDUHFylP4wvlqYojAhvY4W.png?f=user_large)
Bij mij werkt het aansturen echter nog niet. Nu ben ik dat ook niet echt nodig, maar als je dat wel voor elkaar kunt krijgen, hou ik me aanbevolen voor de oplossing. Al is het alleen maar om te weten waarom het bij mij niet werkt.
LG-HM071MR-U44 / SWW Hewalex PCWU 3.0 / PV SMA + Jinko 14 kWp / Kia e-Niro
:no_upscale():strip_icc():fill(white):strip_exif()/f/image/ymUfMB7HGtofQGSZy29j4a2U.jpg?f=user_large)
Dan hoop ik in ieder geval wel, dat je op je vakantiebestemming goed weer hebt.:
[...]
Zeker, maar ben op vakantie
LG-HM071MR-U44 / SWW Hewalex PCWU 3.0 / PV SMA + Jinko 14 kWp / Kia e-Niro
:strip_icc():strip_exif()/u/823483/crop583d46e78169a_cropped.jpeg?f=community)
Uiteindelijk is de hewalex juist bedoeld voor bereiding van SWW...
Dat wij hem gebruiken voor de cv veranderd daar niks aan
Ik doe iets soortgelijks, alleen laat ik vooraf de WP hoger gaan (55 °C i.p.v. 43 °C), zodat het element maar 5 graden hoeft te overbruggen. Het element heb ik apart aangesloten zodat ik zelf het moment van draaien kan kiezen. Maar op de agenda staat de bouw van externe aansturing, zowel van element als WP via het PV contact.
De anti-legionella run duurt wel redelijk lang omdat ik geen extra circulatiepomp heb. Het element verwarmt alleen de bovenste helft van het vat en de Wilo pomp circuleert de onderste helft. Zodra onderin de 60 °C wordt aangetikt is de temperatuur bovenin ruim boven de 70 °C. Dat kan handiger
Thank voor jullie reactie.
@TTommie Heb een 3KW element die een eigen voeding heeft (eigen groep). Die kan ik met een slimme stekker wel in een schema uit en aan laten gaan. Echter mis ik dan het circuleren van de waterpomp zodat de hele boiler opwarmt. Dus vandaar nu handmatig.
@Martin7182 Das wel een goede tip. Eerst laten stoken naar 55 en dan een laatste stukje bij warmen. Dat scheelt aardig energie. Eens. Dit moet handiger kunnen
@Surfari Joh, dat zou gaaf zijn! dan moet ik daar even naar opzoek, ben benieuwd hoe dat dan werkt. Tijdstip op zondag is voor mij niet een issue. Wil het liefst niet afhankelijk zijn van mijn eigen agenda
@TTommie Heb een 3KW element die een eigen voeding heeft (eigen groep). Die kan ik met een slimme stekker wel in een schema uit en aan laten gaan. Echter mis ik dan het circuleren van de waterpomp zodat de hele boiler opwarmt. Dus vandaar nu handmatig.
@Martin7182 Das wel een goede tip. Eerst laten stoken naar 55 en dan een laatste stukje bij warmen. Dat scheelt aardig energie. Eens. Dit moet handiger kunnen
@Surfari Joh, dat zou gaaf zijn! dan moet ik daar even naar opzoek, ben benieuwd hoe dat dan werkt. Tijdstip op zondag is voor mij niet een issue. Wil het liefst niet afhankelijk zijn van mijn eigen agenda
:strip_icc():strip_exif()/u/1518588/crop633edf14aa874_cropped.jpg?f=community)
All electric | 6500Wp zon | 15kWh accu | 54 kWh E-2008 | 3x MP2 3000 | Hewalex & spaarpomp | Hewalex 300L Boiler | Proxmox & Home automation
All electric | 6500Wp zon | 15kWh accu | 54 kWh E-2008 | 3x MP2 3000 | Hewalex & spaarpomp | Hewalex 300L Boiler | Proxmox & Home automation
All electric | 6500Wp zon | 15kWh accu | 54 kWh E-2008 | 3x MP2 3000 | Hewalex & spaarpomp | Hewalex 300L Boiler | Proxmox & Home automation
Dit zie ik in de logfile van AppDeamon na een opstart daarvan. Misschien kun je jouw logfile ook even delen, dan kunnen we in ieder geval even bekijken of alle apps goed gestart worden.
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| s6-rc: info: service s6rc-oneshot-runner: starting
s6-rc: info: service s6rc-oneshot-runner successfully started
s6-rc: info: service base-addon-banner: starting
-----------------------------------------------------------
Add-on: AppDaemon
Python Apps and Dashboard using AppDaemon 4.x for Home Assistant
-----------------------------------------------------------
Add-on version: 0.16.7
You are running the latest version of this add-on.
System: Home Assistant OS 13.1 (amd64 / generic-x86-64)
Home Assistant Core: 2024.9.3
Home Assistant Supervisor: 2024.09.1
-----------------------------------------------------------
Please, share the above information when looking for help
or support in, e.g., GitHub, forums or the Discord chat.
-----------------------------------------------------------
s6-rc: info: service base-addon-banner successfully started
s6-rc: info: service fix-attrs: starting
s6-rc: info: service base-addon-log-level: starting
s6-rc: info: service fix-attrs successfully started
Log level is set to INFO
s6-rc: info: service base-addon-log-level successfully started
s6-rc: info: service legacy-cont-init: starting
s6-rc: info: service legacy-cont-init successfully started
s6-rc: info: service init-appdaemon: starting
Looking in indexes: https://pypi.org/simple, https://wheels.home-assistant.io/musllinux-index/
Collecting pyserial
Downloading https://wheels.home-assistant.io/musllinux-index/pyserial-3.5-py2.py3-none-any.whl.metadata (1.6 kB)
Downloading https://wheels.home-assistant.io/musllinux-index/pyserial-3.5-py2.py3-none-any.whl (90 kB)
━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ 90.6/90.6 kB 5.4 MB/s eta 0:00:00
Installing collected packages: pyserial
Successfully installed pyserial-3.5
WARNING: Running pip as the 'root' user can result in broken permissions and conflicting behaviour with the system package manager. It is recommended to use a virtual environment instead: https://pip.pypa.io/warnings/venv
s6-rc: info: service init-appdaemon successfully started
s6-rc: info: service appdaemon: starting
s6-rc: info: service appdaemon successfully started
s6-rc: info: service legacy-services: starting
[22:53:51] INFO: Starting AppDaemon...
s6-rc: info: service legacy-services successfully started
2024-09-27 22:53:54.778913 INFO AppDaemon: Got initial state from namespace default
2024-09-27 22:53:56.706212 INFO AppDaemon: Scheduler running in realtime
2024-09-27 22:53:56.710793 INFO AppDaemon: Adding /config/apps to module import path
2024-09-27 22:53:56.711593 INFO AppDaemon: Adding /config/apps/hewalex_geco to module import path
2024-09-27 22:53:56.712263 INFO AppDaemon: Adding /config/apps/hewalex_geco/devices to module import path
2024-09-27 22:53:56.723362 INFO AppDaemon: Loading App Module: /config/apps/hewalex2mqtt.py
2024-09-27 22:53:56.905104 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/__init__.py - ignoring
2024-09-27 22:53:56.905735 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/crc.py - ignoring
2024-09-27 22:53:56.906213 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/devices/pcwu.py - ignoring
2024-09-27 22:53:56.906660 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/devices/zps.py - ignoring
2024-09-27 22:53:56.907106 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/devices/__init__.py - ignoring
2024-09-27 22:53:56.907535 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/devices/base.py - ignoring
2024-09-27 22:53:56.907927 INFO AppDaemon: Loading app hewalex2mqtt using class MyApp from module hewalex2mqtt
2024-09-27 22:53:56.908994 INFO AppDaemon: Calling initialize() for hewalex2mqtt
2024-09-27 22:53:56,909 :: hewalex2mqtt :: INFO :: Initializing Hewalex 2 Mqtt
2024-09-27 22:53:56,909 :: hewalex2mqtt :: INFO :: reading config addon_config Appdaemon
2024-09-27 22:53:56,910 :: hewalex2mqtt :: INFO :: MQTT ip: 192.168.x.x
2024-09-27 22:53:56,910 :: hewalex2mqtt :: INFO :: MQTT port: 1883
2024-09-27 22:53:56,910 :: hewalex2mqtt :: INFO :: MQTT authentication: True
2024-09-27 22:53:56,910 :: hewalex2mqtt :: INFO :: MQTT user: x
2024-09-27 22:53:56,910 :: hewalex2mqtt :: INFO :: MQTT pass: x
2024-09-27 22:53:56,910 :: hewalex2mqtt :: INFO :: Device_Pcwu_MqttTopic: Heatpump
2024-09-27 22:53:56,911 :: hewalex2mqtt :: DEBUG :: Sending CONNECT (u1, p1, wr0, wq0, wf0, c1, k60) client_id=b''
2024-09-27 22:53:56,911 :: hewalex2mqtt :: INFO :: Subscribed to: Heatpump/Command
2024-09-27 22:53:56,911 :: hewalex2mqtt :: DEBUG :: Sending SUBSCRIBE (d0, m1) [(b'Heatpump/Command', 1)]
2024-09-27 22:53:56,918 :: hewalex2mqtt :: DEBUG :: Received CONNACK (0, 0)
2024-09-27 22:53:56,918 :: hewalex2mqtt :: INFO :: Connected to MQTT Broker with result code: 0
2024-09-27 22:53:56,919 :: hewalex2mqtt :: DEBUG :: Sending SUBSCRIBE (d0, m2) [(b'Heatpump/Command/#', 0)]
2024-09-27 22:53:56,919 :: hewalex2mqtt :: DEBUG :: Received SUBACK
2024-09-27 22:53:56,920 :: hewalex2mqtt :: DEBUG :: Received SUBACK
2024-09-27 22:53:57,318 :: hewalex2mqtt :: INFO :: Heatpump/date 2024-09-27
2024-09-27 22:53:57,319 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m3), 'b'Heatpump/date'', ... (10 bytes)
2024-09-27 22:53:57,319 :: hewalex2mqtt :: INFO :: Heatpump/time 22:07:53
2024-09-27 22:53:57,319 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m4), 'b'Heatpump/time'', ... (8 bytes)
2024-09-27 22:53:57,320 :: hewalex2mqtt :: INFO :: Heatpump/T1 22.4
2024-09-27 22:53:57,320 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m5), 'b'Heatpump/T1'', ... (4 bytes)
2024-09-27 22:53:57,320 :: hewalex2mqtt :: INFO :: Heatpump/T2 51.5
2024-09-27 22:53:57,320 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m6), 'b'Heatpump/T2'', ... (4 bytes)
2024-09-27 22:53:57,320 :: hewalex2mqtt :: INFO :: Heatpump/T3 51.6
2024-09-27 22:53:57,320 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m7), 'b'Heatpump/T3'', ... (4 bytes)
2024-09-27 22:53:57,321 :: hewalex2mqtt :: INFO :: Heatpump/T6 27.3
2024-09-27 22:53:57,321 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m8), 'b'Heatpump/T6'', ... (4 bytes)
2024-09-27 22:53:57,321 :: hewalex2mqtt :: INFO :: Heatpump/T7 28.2
2024-09-27 22:53:57,321 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m9), 'b'Heatpump/T7'', ... (4 bytes)
2024-09-27 22:53:57,322 :: hewalex2mqtt :: INFO :: Heatpump/T8 20.0
2024-09-27 22:53:57,322 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m10), 'b'Heatpump/T8'', ... (4 bytes)
2024-09-27 22:53:57,323 :: hewalex2mqtt :: INFO :: Heatpump/T9 23.0
2024-09-27 22:53:57,324 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m11), 'b'Heatpump/T9'', ... (4 bytes)
2024-09-27 22:53:57,324 :: hewalex2mqtt :: INFO :: Heatpump/T10 25.5
2024-09-27 22:53:57,325 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m12), 'b'Heatpump/T10'', ... (4 bytes)
2024-09-27 22:53:57,325 :: hewalex2mqtt :: INFO :: Heatpump/IsManual True
2024-09-27 22:53:57,326 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m13), 'b'Heatpump/IsManual'', ... (4 bytes)
2024-09-27 22:53:57,326 :: hewalex2mqtt :: INFO :: Heatpump/FanON False
2024-09-27 22:53:57,326 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m14), 'b'Heatpump/FanON'', ... (5 bytes)
2024-09-27 22:53:57,326 :: hewalex2mqtt :: INFO :: Heatpump/CirculationPumpON False
2024-09-27 22:53:57,327 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m15), 'b'Heatpump/CirculationPumpON'', ... (5 bytes)
2024-09-27 22:53:57,327 :: hewalex2mqtt :: INFO :: Heatpump/HeatPumpON False
2024-09-27 22:53:57,327 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m16), 'b'Heatpump/HeatPumpON'', ... (5 bytes)
2024-09-27 22:53:57,328 :: hewalex2mqtt :: INFO :: Heatpump/CompressorON False
2024-09-27 22:53:57,328 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m17), 'b'Heatpump/CompressorON'', ... (5 bytes)
2024-09-27 22:53:57,328 :: hewalex2mqtt :: INFO :: Heatpump/HeaterEON False
2024-09-27 22:53:57,328 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m18), 'b'Heatpump/HeaterEON'', ... (5 bytes)
2024-09-27 22:53:57,329 :: hewalex2mqtt :: INFO :: Heatpump/EV1 187
2024-09-27 22:53:57,329 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m19), 'b'Heatpump/EV1'', ... (3 bytes)
2024-09-27 22:53:57,329 :: hewalex2mqtt :: INFO :: Heatpump/WaitingStatus 2
2024-09-27 22:53:57,329 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m20), 'b'Heatpump/WaitingStatus'', ... (1 bytes)
2024-09-27 22:53:58,036 :: hewalex2mqtt :: INFO :: Heatpump/InstallationScheme 1
2024-09-27 22:53:58,037 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m21), 'b'Heatpump/InstallationScheme'', ... (1 bytes)
2024-09-27 22:53:58,037 :: hewalex2mqtt :: INFO :: Heatpump/HeatPumpEnabled True
2024-09-27 22:53:58,038 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m22), 'b'Heatpump/HeatPumpEnabled'', ... (4 bytes)
2024-09-27 22:53:58,038 :: hewalex2mqtt :: INFO :: Heatpump/TapWaterSensor 0
2024-09-27 22:53:58,039 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m23), 'b'Heatpump/TapWaterSensor'', ... (1 bytes)
2024-09-27 22:53:58,039 :: hewalex2mqtt :: INFO :: Heatpump/TapWaterTemp 52.0
2024-09-27 22:53:58,039 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m24), 'b'Heatpump/TapWaterTemp'', ... (4 bytes)
2024-09-27 22:53:58,040 :: hewalex2mqtt :: INFO :: Heatpump/TapWaterHysteresis 2.0
2024-09-27 22:53:58,041 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m25), 'b'Heatpump/TapWaterHysteresis'', ... (3 bytes)
2024-09-27 22:53:58,041 :: hewalex2mqtt :: INFO :: Heatpump/AmbientMinTemp 10.0
2024-09-27 22:53:58,042 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m26), 'b'Heatpump/AmbientMinTemp'', ... (4 bytes)
2024-09-27 22:53:58,043 :: hewalex2mqtt :: INFO :: Heatpump/TimeProgramHPM-F {0: False, 1: False, 2: False, 3: False, 4: False, 5: False, 6: False, 7: False, 8: False, 9: False, 10: False, 11: False, 12: False, 13: False, 14: False, 15: False, 16: False, 17: True, 18: True, 19: True, 20: True, 21: False, 22: False, 23: False}
2024-09-27 22:53:58,044 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m27), 'b'Heatpump/TimeProgramHPM-F'', ... (250 bytes)
2024-09-27 22:53:58,045 :: hewalex2mqtt :: INFO :: Heatpump/TimeProgramHPSat {0: False, 1: False, 2: False, 3: False, 4: False, 5: False, 6: False, 7: False, 8: False, 9: False, 10: False, 11: False, 12: False, 13: False, 14: False, 15: False, 16: False, 17: True, 18: True, 19: True, 20: True, 21: False, 22: False, 23: False}
2024-09-27 22:53:58,045 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m28), 'b'Heatpump/TimeProgramHPSat'', ... (250 bytes)
2024-09-27 22:53:58,045 :: hewalex2mqtt :: INFO :: Heatpump/TimeProgramHPSun {0: False, 1: False, 2: False, 3: False, 4: False, 5: False, 6: False, 7: False, 8: False, 9: False, 10: False, 11: False, 12: False, 13: False, 14: False, 15: False, 16: False, 17: True, 18: True, 19: True, 20: True, 21: False, 22: False, 23: False}
2024-09-27 22:53:58,047 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m29), 'b'Heatpump/TimeProgramHPSun'', ... (250 bytes)
2024-09-27 22:53:58,047 :: hewalex2mqtt :: INFO :: Heatpump/AntiFreezingEnabled True
2024-09-27 22:53:58,048 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m30), 'b'Heatpump/AntiFreezingEnabled'', ... (4 bytes)
2024-09-27 22:53:58,048 :: hewalex2mqtt :: INFO :: Heatpump/WaterPumpOperationMode 1
2024-09-27 22:53:58,049 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m31), 'b'Heatpump/WaterPumpOperationMode'', ... (1 bytes)
2024-09-27 22:53:58,050 :: hewalex2mqtt :: INFO :: Heatpump/FanOperationMode 1
2024-09-27 22:53:58,051 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m32), 'b'Heatpump/FanOperationMode'', ... (1 bytes)
2024-09-27 22:53:58,051 :: hewalex2mqtt :: INFO :: Heatpump/DefrostingInterval 45
2024-09-27 22:53:58,052 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m33), 'b'Heatpump/DefrostingInterval'', ... (2 bytes)
2024-09-27 22:53:58,052 :: hewalex2mqtt :: INFO :: Heatpump/DefrostingStartTemp -7.0
2024-09-27 22:53:58,053 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m34), 'b'Heatpump/DefrostingStartTemp'', ... (4 bytes)
2024-09-27 22:53:58,053 :: hewalex2mqtt :: INFO :: Heatpump/DefrostingStopTemp 13.0
2024-09-27 22:53:58,053 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m35), 'b'Heatpump/DefrostingStopTemp'', ... (4 bytes)
2024-09-27 22:53:58,054 :: hewalex2mqtt :: INFO :: Heatpump/DefrostingMaxTime 8
2024-09-27 22:53:58,054 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m36), 'b'Heatpump/DefrostingMaxTime'', ... (1 bytes)
2024-09-27 22:53:58,858 :: hewalex2mqtt :: INFO :: Heatpump/ExtControllerHPOFF True
2024-09-27 22:53:58,858 :: hewalex2mqtt :: DEBUG :: Sending PUBLISH (d0, q0, r0, m37), 'b'Heatpump/ExtControllerHPOFF'', ... (4 bytes)
2024-09-27 22:53:59.161702 INFO AppDaemon: App initialization complete |
En wat je zie je in VirCom?
Dit is mijn status:
:fill(white):strip_exif()/f/image/P3fzgTrMAii0FcZQa23sF6Je.png?f=user_large)
LG-HM071MR-U44 / SWW Hewalex PCWU 3.0 / PV SMA + Jinko 14 kWp / Kia e-Niro
Vraagje over diagram no. 3, t.b.v. anti-legionellarun;
/f/image/zWlGMjkhYUGmzoN4bHMFy1xc.png?f=fotoalbum_large)
Hoe is de extra circulatiepomp hier aangesloten; tussen boven en midden of tussen onder en midden?
Ik draai de run nu nog zonder extra circulatiepomp en laat de Wilo pomp doorlopen terwijl het element aan staat. Die pomp circuleert dus alleen de onderste helft van het vat. Zodra daar de 60 °C wordt aangetikt is de temperatuur bovenin al zo'n 75 °C. Om dat op te lossen wil ik een extra circulatiepomp aansluiten, maar dan tussen de boven- en onderkant zodat water door het hele vat circuleert. Is dat de juiste manier?
:fill(white):strip_exif()/f/image/zWlGMjkhYUGmzoN4bHMFy1xc.png?f=user_large)
Hoe is de extra circulatiepomp hier aangesloten; tussen boven en midden of tussen onder en midden?
Ik draai de run nu nog zonder extra circulatiepomp en laat de Wilo pomp doorlopen terwijl het element aan staat. Die pomp circuleert dus alleen de onderste helft van het vat. Zodra daar de 60 °C wordt aangetikt is de temperatuur bovenin al zo'n 75 °C. Om dat op te lossen wil ik een extra circulatiepomp aansluiten, maar dan tussen de boven- en onderkant zodat water door het hele vat circuleert. Is dat de juiste manier?
Bij deze de inhoud van de logfile:
code:
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| Add-on: AppDaemon Python Apps and Dashboard using AppDaemon 4.x for Home Assistant ----------------------------------------------------------- Add-on version: 0.16.7 You are running the latest version of this add-on. System: Home Assistant OS 13.1 (amd64 / qemux86-64) Home Assistant Core: 2024.9.2 Home Assistant Supervisor: 2024.09.1 ----------------------------------------------------------- Please, share the above information when looking for help or support in, e.g., GitHub, forums or the Discord chat. ----------------------------------------------------------- s6-rc: info: service base-addon-banner successfully started s6-rc: info: service fix-attrs: starting s6-rc: info: service base-addon-log-level: starting s6-rc: info: service fix-attrs successfully started s6-rc: info: service base-addon-log-level successfully started s6-rc: info: service legacy-cont-init: starting s6-rc: info: service legacy-cont-init successfully started s6-rc: info: service init-appdaemon: starting Looking in indexes: https://pypi.org/simple, https://wheels.home-assistant.io/musllinux-index/ Collecting pyserial Downloading https://wheels.home-assistant.io/musllinux-index/pyserial-3.5-py2.py3-none-any.whl.metadata (1.6 kB) Downloading https://wheels.home-assistant.io/musllinux-index/pyserial-3.5-py2.py3-none-any.whl (90 kB) ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ 90.6/90.6 kB 6.2 MB/s eta 0:00:00 Installing collected packages: pyserial Successfully installed pyserial-3.5 WARNING: Running pip as the 'root' user can result in broken permissions and conflicting behaviour with the system package manager. It is recommended to use a virtual environment instead: https://pip.pypa.io/warnings/venv s6-rc: info: service init-appdaemon successfully started s6-rc: info: service appdaemon: starting s6-rc: info: service appdaemon successfully started s6-rc: info: service legacy-services: starting [13:39:23] INFO: Starting AppDaemon... s6-rc: info: service legacy-services successfully started 2024-09-30 13:39:25.421800 INFO AppDaemon: AppDaemon Version 4.4.2 starting 2024-09-30 13:39:25.422200 INFO AppDaemon: Python version is 3.11.10 2024-09-30 13:39:25.422280 INFO AppDaemon: Configuration read from: /config/appdaemon.yaml 2024-09-30 13:39:25.422342 INFO AppDaemon: Added log: AppDaemon 2024-09-30 13:39:25.422430 INFO AppDaemon: Added log: Error 2024-09-30 13:39:25.422794 INFO AppDaemon: Added log: Access 2024-09-30 13:39:25.422860 INFO AppDaemon: Added log: Diag 2024-09-30 13:39:25.533898 INFO AppDaemon: Loading Plugin HASS using class HassPlugin from module hassplugin 2024-09-30 13:39:25.646288 INFO HASS: HASS Plugin Initializing 2024-09-30 13:39:25.647361 WARNING HASS: ha_url not found in HASS configuration - module not initialized 2024-09-30 13:39:25.647447 INFO HASS: HASS Plugin initialization complete 2024-09-30 13:39:25.649415 INFO AppDaemon: Initializing HTTP 2024-09-30 13:39:25.649564 INFO AppDaemon: Using 'ws' for event stream 2024-09-30 13:39:25.651239 INFO AppDaemon: Starting API 2024-09-30 13:39:25.652280 INFO AppDaemon: Starting Admin Interface 2024-09-30 13:39:25.652419 INFO AppDaemon: Starting Dashboards 2024-09-30 13:39:25.673586 INFO HASS: Connected to Home Assistant 2024.9.2 2024-09-30 13:39:25.722420 WARNING AppDaemon: App 'mqtt' missing 'class' or 'module' entry - ignoring 2024-09-30 13:39:25.723895 INFO AppDaemon: App 'hewalex2mqtt' added 2024-09-30 13:39:25.724383 INFO AppDaemon: Found 1 active apps 2024-09-30 13:39:25.724485 INFO AppDaemon: Found 0 inactive apps 2024-09-30 13:39:25.724565 INFO AppDaemon: Found 0 global libraries 2024-09-30 13:39:25.724651 INFO AppDaemon: Starting Apps with 1 workers and 1 pins 2024-09-30 13:39:25.727118 INFO AppDaemon: Running on port 5050 2024-09-30 13:39:25.735347 INFO HASS: Evaluating startup conditions 2024-09-30 13:39:25.742248 INFO HASS: Startup condition met: hass state=RUNNING 2024-09-30 13:39:25.742697 INFO HASS: All startup conditions met 2024-09-30 13:39:25.756136 INFO AppDaemon: Got initial state from namespace default 2024-09-30 13:39:25.956020 INFO AppDaemon: New client Admin Client connected 2024-09-30 13:39:27.754464 INFO AppDaemon: Scheduler running in realtime 2024-09-30 13:39:27.776216 INFO AppDaemon: Reading config 2024-09-30 13:39:27.819284 WARNING AppDaemon: App 'mqtt' missing 'class' or 'module' entry - ignoring 2024-09-30 13:39:27.819903 INFO AppDaemon: /config/apps/config/packages/hewalex.yaml added or modified 2024-09-30 13:39:27.823393 INFO AppDaemon: Found 1 active apps 2024-09-30 13:39:27.823743 INFO AppDaemon: Found 0 inactive apps 2024-09-30 13:39:27.823830 INFO AppDaemon: Found 0 global libraries 2024-09-30 13:39:27.832802 INFO AppDaemon: Adding /config/apps to module import path 2024-09-30 13:39:27.833494 INFO AppDaemon: Adding /config/apps/hewalex_geco to module import path 2024-09-30 13:39:27.833719 INFO AppDaemon: Adding /config/apps/hewalex_geco/devices to module import path 2024-09-30 13:39:27.833931 INFO AppDaemon: Adding /config/apps/hewalex_geco/examples to module import path 2024-09-30 13:39:27.834898 INFO AppDaemon: Adding /config/apps/config to module import path 2024-09-30 13:39:27.835668 INFO AppDaemon: Adding /config/apps/config/packages to module import path 2024-09-30 13:39:27.856823 WARNING AppDaemon: No app description found for: /config/apps/hewalex2mqtt.py - ignoring 2024-09-30 13:39:27.858106 WARNING AppDaemon: No app description found for: /config/apps/hello.py - ignoring 2024-09-30 13:39:27.860650 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/crc.py - ignoring 2024-09-30 13:39:27.862827 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/__init__.py - ignoring 2024-09-30 13:39:27.865162 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/devices/PCWU.py - ignoring 2024-09-30 13:39:27.867236 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/devices/base.py - ignoring 2024-09-30 13:39:27.871985 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/devices/__init__.py - ignoring 2024-09-30 13:39:27.874737 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/devices/ZPS.py - ignoring 2024-09-30 13:39:27.876823 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/examples/zps_example.py - ignoring 2024-09-30 13:39:27.878921 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/examples/pcwu_eavesdropping.py - ignoring 2024-09-30 13:39:27.880755 WARNING AppDaemon: No app description found for: /config/apps/hewalex_geco/examples/pcwu_directcomms.py - ignoring 2024-09-30 13:39:27.882526 INFO AppDaemon: App initialization complete 2024-09-30 13:39:36.438451 INFO AppDaemon: Client disconnection from Admin Client 2024-09-30 13:39:40.020050 INFO AppDaemon: New client Admin Client connected |
En vircom:
:fill(white):strip_exif()/f/image/ij4dZhnlqmvbioaQKiOOZiXt.png?f=user_large)
De inloggegevens voor MQTT zijn correct (net nog gecheckt), maar afgaande op het verschil in logs lijkt het erop dat de app niet gestart wordt. Echter: geen idee waarom
Het lijkt erop, dat AppDeamon geen MQTT verbinding kan maken. Wat staat er in de requirements.txt van AppDeamon?:
[...]
Bij deze de inhoud van de logfile:
code:
En vircom:
[Afbeelding]
[...]
De inloggegevens voor MQTT zijn correct (net nog gecheckt), maar afgaande op het verschil in logs lijkt het erop dat de app niet gestart wordt. Echter: geen idee waarom
LG-HM071MR-U44 / SWW Hewalex PCWU 3.0 / PV SMA + Jinko 14 kWp / Kia e-Niro
Dank voor de hulp tot zover
De melding over mqtt blijft komen in het log:
Maar inmiddels wel wat verder gekomen met jullie hulp, de app hewalex2mqtt laad nu.
In HA krijg ik geen data, het log van de mqttbroker geeft het volgende:
Kan het zijn dat de WaveShare geen data binnen krijgt en dus ook niets doorzet? Is het bij RS485 nodig naast de A en de B ook de + en de - aan te sluiten wanneer er op de andere pinheader (van de Geco) de + en de - aangesloten zit?
Ik heb nu paho-mqtt==1.6.1 en configparser toegevoegd aan de configuratie van AppDaemon, evenals de correcte verwijzingen naar bestanden (de bestanden PCWU.py en ZPS.py in hoofdletters konden niet gevonden werden, die hernoemd ging het wel goed).
De melding over mqtt blijft komen in het log:
code:
1
| 2024-10-02 10:26:57.181040 WARNING AppDaemon: App 'mqtt' missing 'class' or 'module' entry - ignoring |
Maar inmiddels wel wat verder gekomen met jullie hulp, de app hewalex2mqtt laad nu.
code:
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| 2024-10-02 09:44:28.980996 INFO AppDaemon: Loading app hewalex2mqtt using class Hewalex2MQTT from module hewalex2mqtt 2024-10-02 09:44:28.983718 INFO AppDaemon: Calling initialize() for hewalex2mqtt 2024-10-02 09:44:28,984 :: hewalex2mqtt :: INFO :: Initializing Hewalex 2 Mqtt 2024-10-02 09:44:28,985 :: hewalex2mqtt :: INFO :: reading config 2024-10-02 09:44:28,986 :: hewalex2mqtt :: INFO :: MQTT ip: 192.168.0.11 2024-10-02 09:44:28,987 :: hewalex2mqtt :: INFO :: MQTT port: 1883 2024-10-02 09:44:28,988 :: hewalex2mqtt :: INFO :: MQTT authentication: True 2024-10-02 09:44:28,988 :: hewalex2mqtt :: INFO :: MQTT user: ********** 2024-10-02 09:44:28,989 :: hewalex2mqtt :: INFO :: MQTT pass: ********** 2024-10-02 09:44:28,989 :: hewalex2mqtt :: INFO :: Device_Pcwu_MqttTopic: Heatpump 2024-10-02 09:44:28,989 :: hewalex2mqtt :: DEBUG :: Sending CONNECT (u1, p1, wr0, wq0, wf0, c1, k60) client_id=b'' 2024-10-02 09:44:28,990 :: hewalex2mqtt :: INFO :: Subscribed to: Heatpump/Command/# 2024-10-02 09:44:28,990 :: hewalex2mqtt :: DEBUG :: Sending SUBSCRIBE (d0, m1) [(b'Heatpump/Command/#', 1)] 2024-10-02 09:44:28,994 :: hewalex2mqtt :: DEBUG :: Received CONNACK (0, 0) 2024-10-02 09:44:28,996 :: hewalex2mqtt :: INFO :: Verbonden to MQTT Broker with result code: 0 2024-10-02 09:44:28,997 :: hewalex2mqtt :: DEBUG :: Sending SUBSCRIBE (d0, m2) [(b'Heatpump/#', 0)] 2024-10-02 09:44:28,998 :: hewalex2mqtt :: INFO :: ABBOSubscribed to MQTT topic: Heatpump/# 2024-10-02 09:44:28,998 :: hewalex2mqtt :: INFO :: Connecting to PCWU at 192.168.0.51:8899 2024-10-02 09:44:28,999 :: hewalex2mqtt :: DEBUG :: Received SUBACK 2024-10-02 09:44:29,002 :: hewalex2mqtt :: DEBUG :: Received PUBLISH (d0, q0, r1, m0), 'Heatpump/Command/HeatPumpEnabled', ... (5 bytes) 2024-10-02 09:44:29,002 :: hewalex2mqtt :: INFO :: Received message with topic: Heatpump/Command/HeatPumpEnabled 2024-10-02 09:44:29,003 :: hewalex2mqtt :: INFO :: Received command: False 2024-10-02 09:44:29,003 :: hewalex2mqtt :: INFO :: Received command to set HeatPumpEnabled to False 2024-10-02 09:44:29,004 :: hewalex2mqtt :: INFO :: Serial connection established. 2024-10-02 09:44:29,005 :: hewalex2mqtt :: INFO :: writePcwuConfig: Serial<id=0x7fe6c2426650, open=True>(port='socket://192.168.0.51:8899', baudrate=9600, bytesize=8, parity='N', stopbits=1, timeout=None, xonxoff=False, rtscts=False, dsrdtr=False) 2024-10-02 09:44:29,406 :: hewalex2mqtt :: INFO :: No data received from PCWU. 2024-10-02 09:44:29,714 :: hewalex2mqtt :: DEBUG :: Received SUBACK 2024-10-02 09:44:29,715 :: hewalex2mqtt :: DEBUG :: Received PUBLISH (d0, q0, r1, m0), 'Heatpump/Command/HeatPumpEnabled', ... (5 bytes) 2024-10-02 09:44:29,715 :: hewalex2mqtt :: INFO :: Received message with topic: Heatpump/Command/HeatPumpEnabled 2024-10-02 09:44:29,715 :: hewalex2mqtt :: INFO :: Received command: False 2024-10-02 09:44:29,716 :: hewalex2mqtt :: INFO :: Received command to set HeatPumpEnabled to False 2024-10-02 09:44:29,719 :: hewalex2mqtt :: INFO :: writePcwuConfig: Serial<id=0x7fe6c2426800, open=True>(port='socket://192.168.0.51:8899', baudrate=9600, bytesize=8, parity='N', stopbits=1, timeout=None, xonxoff=False, rtscts=False, dsrdtr=False) 2024-10-02 09:44:31.221066 INFO AppDaemon: App initialization complete 2024-10-02 09:44:34.053343 INFO AppDaemon: New client Admin Client connected 2024-10-02 09:44:59,008 :: hewalex2mqtt :: INFO :: Connecting to PCWU at 192.168.0.51:8899 2024-10-02 09:44:59,014 :: hewalex2mqtt :: INFO :: Serial connection established. 2024-10-02 09:44:59,433 :: hewalex2mqtt :: INFO :: No data received from PCWU. 2024-10-02 09:45:29,010 :: hewalex2mqtt :: INFO :: Connecting to PCWU at 192.168.0.51:8899 2024-10-02 09:45:29,013 :: hewalex2mqtt :: INFO :: Serial connection established. 2024-10-02 09:45:29,414 :: hewalex2mqtt :: INFO :: No data received from PCWU. 2024-10-02 09:45:29,740 :: hewalex2mqtt :: DEBUG :: Sending PINGREQ 2024-10-02 09:45:29,749 :: hewalex2mqtt :: DEBUG :: Received PINGRESP |
In HA krijg ik geen data, het log van de mqttbroker geeft het volgende:
code:
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| 2024-10-02 10:36:18: Saving in-memory database to /data//mosquitto.db. 2024-10-02 10:36:26: Client <unknown> has exceeded timeout, disconnecting. 2024-10-02 10:36:31: New connection from 172.30.32.2:54672 on port 1883. 2024-10-02 10:36:31: Client <unknown> closed its connection. 2024-10-02 10:36:48: New connection from 192.168.0.51:8900 on port 1883. 2024-10-02 10:38:20: Client <unknown> has exceeded timeout, disconnecting. 2024-10-02 10:38:31: New connection from 172.30.32.2:52158 on port 1883. 2024-10-02 10:38:31: Client <unknown> closed its connection. 2024-10-02 10:38:33: New connection from 192.168.0.51:8900 on port 1883. 2024-10-02 10:40:08: Client <unknown> has exceeded timeout, disconnecting. 2024-10-02 10:40:24: New connection from 192.168.0.51:8900 on port 1883. 2024-10-02 10:40:31: New connection from 172.30.32.2:47044 on port 1883. 2024-10-02 10:40:31: Client <unknown> closed its connection. 2024-10-02 10:41:56: Client <unknown> has exceeded timeout, disconnecting. 2024-10-02 10:42:18: New connection from 192.168.0.51:8900 on port 1883. 2024-10-02 10:42:31: New connection from 172.30.32.2:52744 on port 1883. 2024-10-02 10:42:31: Client <unknown> closed its connection. 2024-10-02 10:43:50: Client <unknown> has exceeded timeout, disconnecting. 2024-10-02 10:44:01: Client appdaemon_mqtt_client disconnected. 2024-10-02 10:44:03: New connection from 192.168.0.51:8900 on port 1883. 2024-10-02 10:44:11: Client auto-52564E86-CE70-C3EF-ED63-497E3981375B closed its connection. 2024-10-02 10:44:24: New connection from 172.30.32.1:34372 on port 1883. 2024-10-02 10:44:24: New client connected from 172.30.32.1:34372 as appdaemon_mqtt_client (p2, c1, k60, u'*********'). 2024-10-02 10:44:31: New connection from 172.30.32.2:38872 on port 1883. 2024-10-02 10:44:31: Client <unknown> closed its connection. 2024-10-02 10:45:27: Client appdaemon_mqtt_client disconnected. 2024-10-02 10:45:38: Client <unknown> has exceeded timeout, disconnecting. 2024-10-02 10:45:46: New connection from 172.30.32.1:38404 on port 1883. 2024-10-02 10:45:46: New client connected from 172.30.32.1:38404 as appdaemon_mqtt_client (p2, c1, k60, u'*********'). 2024-10-02 10:45:47: New connection from 172.30.32.1:38416 on port 1883. 2024-10-02 10:45:47: New client connected from 172.30.32.1:38416 as auto-7B271437-8ED4-C89F-74CB-10864F661C73 (p2, c1, k60, u'**********'). 2024-10-02 10:46:04: New connection from 192.168.0.51:8900 on port 1883. 2024-10-02 10:46:31: New connection from 172.30.32.2:40364 on port 1883. 2024-10-02 10:46:31: Client <unknown> closed its connection. |
Kan het zijn dat de WaveShare geen data binnen krijgt en dus ook niets doorzet? Is het bij RS485 nodig naast de A en de B ook de + en de - aan te sluiten wanneer er op de andere pinheader (van de Geco) de + en de - aangesloten zit?
Dit ijkt al een heel stuk beter. Het enige dat nu nog mist lijkt de serial data te zijn. Je hoeft de + en - aansluiting niet te gebruiken van de RS 485 poort. Aks je de Hewalex op een andere manier van spanning voorziet is dat prima.:
Dank voor de hulp tot zover
[...]
Ik heb nu paho-mqtt==1.6.1 en configparser toegevoegd aan de configuratie van AppDaemon, evenals de correcte verwijzingen naar bestanden (de bestanden PCWU.py en ZPS.py in hoofdletters konden niet gevonden werden, die hernoemd ging het wel goed).
De melding over mqtt blijft komen in het log:code:
Maar inmiddels wel wat verder gekomen met jullie hulp, de app hewalex2mqtt laad nu.
code:
In HA krijg ik geen data, het log van de mqttbroker geeft het volgende:
code:
Kan het zijn dat de WaveShare geen data binnen krijgt en dus ook niets doorzet? Is het bij RS485 nodig naast de A en de B ook de + en de - aan te sluiten wanneer er op de andere pinheader (van de Geco) de + en de - aangesloten zit?
Ik zie nu dat je Waveshare als mqtt client is aangemeld op de broker. Dit hoeft niet en gaat met dezelfde user ook problemen opleveren. De Waveshare hoeft eigenlijk helemaal niet meer via mqtt aangemeld te worden, aangezien AppDeamon er nu voor zorgt, dat de seriele data omgezet wordt naar mqtt. Dit laatste lijkt nu goed te werken. Ik zou in VirCom de mqtt even uitschakelen (of user veranderen) en dan verwacht ik dat het wel werkt na en een herstart van de Waveshare en daarna herstart van AppDeamon.
LG-HM071MR-U44 / SWW Hewalex PCWU 3.0 / PV SMA + Jinko 14 kWp / Kia e-Niro