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[FEATURE] add system and heater status

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smokyflex
2023-08-25 08:17:04 +02:00
parent 681184973c
commit fa30052753
4 changed files with 95 additions and 34 deletions
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2
.gitignore vendored
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@@ -158,3 +158,5 @@ cython_debug/
# and can be added to the global gitignore or merged into this file. For a more nuclear # and can be added to the global gitignore or merged into this file. For a more nuclear
# option (not recommended) you can uncomment the following to ignore the entire idea folder. # option (not recommended) you can uncomment the following to ignore the entire idea folder.
#.idea/ #.idea/
datasheet/

10
src/pe1modbus/modbusclient.py
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@@ -1,13 +1,15 @@
from pyModbusTCP.client import ModbusClient from pyModbusTCP.client import ModbusClient
from typing import Union from typing import Union
from enum import Enum
from register import InputRegisters from register import InputRegisters
class RegisterOperation: class RegisterOperation:
def __init__(self, address: int, offset: int, scaling_factor: int, decimals: int, unit: str, name: str, description: str) -> None: def __init__(self, address: int, offset: int, scaling_factor: int, decimals: int, unit: str, value_map: Enum, name: str, description: str) -> None:
self.name = name self.name = name
self.description = description self.description = description
self.value_map = value_map
self.address = address self.address = address
self.offset = offset self.offset = offset
self.scaling_factor = scaling_factor self.scaling_factor = scaling_factor
@@ -35,7 +37,11 @@ class LTModbusClient(ModbusClient):
register_operation = RegisterOperation(*input_register.value) register_operation = RegisterOperation(*input_register.value)
response_value = self.read_input_registers(register_operation.relative_address)[0] response_value = self.read_input_registers(register_operation.relative_address)[0]
response_value_scaled = round(response_value / register_operation.scaling_factor, register_operation.decimals) if register_operation.value_map:
response_value_scaled = register_operation.value_map(response_value).name
else:
response_value_scaled = round(response_value / register_operation.scaling_factor, register_operation.decimals)
register_response = RegisterResponse(register_operation.name, response_value_scaled, register_operation.unit) register_response = RegisterResponse(register_operation.name, response_value_scaled, register_operation.unit)
return register_response return register_response

17
src/pe1modbus/mqtt.py
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@@ -15,17 +15,30 @@ LOGGER = logging.getLogger(__name__)
# Callback function when the client successfully connects to the MQTT broker # Callback function when the client successfully connects to the MQTT broker
def on_connect(client, userdata, flags, rc): def on_connect(client, userdata, flags, rc):
interval_in_s = 30
LOGGER.debug("Connected with result code " + str(rc)) LOGGER.debug("Connected with result code " + str(rc))
selected_regs = [ selected_regs = [
InputRegisters.SYSTEM_STATUS,
InputRegisters.FURNACE_STATUS,
InputRegisters.BOILER_TEMPERATURE_TOP, InputRegisters.BOILER_TEMPERATURE_TOP,
InputRegisters.BOILER_PUMP_CONTROL,
InputRegisters.FILL_LEVEL_PELLETS_CONTAINER, InputRegisters.FILL_LEVEL_PELLETS_CONTAINER,
InputRegisters.TOTAL_PELLETS_CONSUMPTION, InputRegisters.TOTAL_PELLETS_CONSUMPTION,
InputRegisters.KG_COUNT,
InputRegisters.HEATING_FLOW_TEMPERATURE_ACTUAL, InputRegisters.HEATING_FLOW_TEMPERATURE_ACTUAL,
InputRegisters.HEATING_FLOW_TEMPERATURE_TARGET, InputRegisters.HEATING_FLOW_TEMPERATURE_TARGET,
InputRegisters.OUTSIDE_TEMPERATURE,
InputRegisters.ROOM_TEMPERATURE,
InputRegisters.BUFFER_TEMPERATURE_TOP, InputRegisters.BUFFER_TEMPERATURE_TOP,
InputRegisters.BUFFER_TEMPERATURE_BOTTOM, InputRegisters.BUFFER_TEMPERATURE_BOTTOM,
InputRegisters.BUFFER_CHARGING_STATE InputRegisters.BUFFER_PUMP_CONTROL,
InputRegisters.BUFFER_CHARGING_STATE,
InputRegisters.HEATER_TEMPERATURE,
#InputRegisters.HOURS_SINCE_LAST_MAINTENANCE,
#InputRegisters.REMAINING_HOURS_UNTIL_ASH_REMOVAL,
] ]
while True: while True:
@@ -52,7 +65,7 @@ def on_connect(client, userdata, flags, rc):
lt_client.close() lt_client.close()
time.sleep(30) time.sleep(interval_in_s)
def main(): def main():

100
src/pe1modbus/register.py
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@@ -1,36 +1,76 @@
from enum import Enum from enum import Enum
class InputRegisters(Enum):
# adr offset scale dec unit name desc
HEATER_TEMPERATURE = (30001, 30001, 2, 0, "°C", "HEATER_TEMPERATURE", "Kesseltemperatur")
SENSOR_1 = (30008, 30001, 2, 0, "°C", "SENSOR_1", "Fühler 1")
RETURN_FLOW_SENSOR = (30010, 30001, 2, 0, "°C", "RETURN_FLOW_SENSOR", "Fühler 1")
OPERATING_HOURS = (30021, 30001, 1, 0, "h", "OPERATING_HOURS", "Betriebsstunden")
FILL_LEVEL_PELLETS_CONTAINER = (30022, 30001, 201, 1, "%", "FILL_LEVEL_PELLETS_CONTAINER", "Füllstand im Pelletsbehälter")
HEATER_STARTS_COUNT = (30023, 30001, 1, 0, "#", "HEATER_STARTS_COUNT", "Anzahl der Brennerstarts")
CALCULATED_HEATER_TARGET_TEMPERATURE = (30028, 30001, 2, 0, "°C", "CALCULATED_HEATER_TARGET_TEMPERATURE", "Errechnete Kesselsolltemperatur")
RETURN_FLOW_CONTROL = (30037, 30001, 1, 0, "%", "RETURN_FLOW_CONTROL", "Rücklaufpumpen Ansteuerung")
HOURS_SINCE_LAST_MAINTENANCE = (30056, 30001, 1, 0, "h", "HOURS_SINCE_LAST_MAINTENANCE", "Stunden seit letzter Wartung")
HOURS_OF_PELLETS_OPERATION = (30063, 30001, 1, 0, "h", "HOURS_OF_PELLETS_OPERATION", "Stunden im Pelletsbetrieb")
HOURS_OF_HEATING = (30064, 30001, 1, 0, "h", "HOURS_OF_HEATING", "Stunden im Heizen")
CALCULATED_TARGET_RETURN_FLOW = (30067, 30001, 2, 0, "°C", "CALCULATED_TARGET_RETURN_FLOW", "Rücklauf Soll errechnet")
KG_COUNT = (30082, 30001, 1, 0, "kg", "KG_COUNT", "Resetierbarer kg-Zähler")
TONS_COUNT = (30083, 30001, 1, 0, "t", "TONS_COUNT", "Resetierbarer t-Zähler")
TOTAL_PELLETS_CONSUMPTION = (30084, 30001, 10, 1, "t", "TOTAL_PELLETS_CONSUMPTION", "Pelletverbrauch Gesamt")
REMAINING_HOURS_UNTIL_ASH_REMOVAL = (30087, 30001, 1, 0, "h", "REMAINING_HOURS_UNTIL_ASH_REMOVAL", "Verbleibende Heizstunden bis zur Asche entleeren Warnung")
COUNT_CLEANING_CYCLES = (30102, 30001, 1, 0, "#", "COUNT_CLEANING_CYCLES", "Anzahl der Reinigungen")
MINUTES_UNTIL_NEXT_CLEANING_CYLCLE = (30103, 30001, 1, 0, "min", "MINUTES_UNTIL_NEXT_CLEANING_CYLCLE", "Zeit bis zur nächsten Reinigung")
RETURN_FLOW_TEMPERATURE_AT_CIRCULATION_LINE = (30712, 30001, 2, 0, "°C", "RETURN_FLOW_TEMPERATURE_AT_CIRCULATION_LINE", "Rücklauftemperatur an der Zirkulations Leitung")
OUTSIDE_TEMPERATURE = (31001, 30001, 2, 0, "°C", "OUTSIDE_TEMPERATURE", "Außentemperatur")
HEATING_FLOW_TEMPERATURE_ACTUAL = (31031, 30001, 2, 0, "°C", "HEATING_FLOW_TEMPERATURE_ACTUAL", "HK1 - Vorlauf-Isttemperatur")
HEATING_FLOW_TEMPERATURE_TARGET = (31032, 30001, 2, 0, "°C", "HEATING_FLOW_TEMPERATURE_TARGET", "HK1 - Vorlauf-Solltemperatur")
ROOM_TEMPERATURE = (31033, 30001, 2, 0, "°C", "ROOM_TEMPERATURE", "HK1 - Raumtemperatur")
BOILER_TEMPERATURE_TOP = (31631, 30001, 2, 0, "°C", "BOILER_TEMPERATURE_TOP", "Boiler 1 - Boilertemperatur oben")
BUFFER_TEMPERATURE_TOP = (32001, 30001, 2, 0, "°C", "BUFFER_TEMPERATURE_TOP", "Puffertemperatur oben")
#BUFFER_TEMPERATURE_CENTER = (32002, 30001, 2, 0, "°C", "BUFFER_TEMPERATURE_CENTER", "Puffertemperatur Mitte")
BUFFER_TEMPERATURE_BOTTOM = (32003, 30001, 2, 0, "°C", "BUFFER_TEMPERATURE_BOTTOM", "Puffertemperatur unten")
BUFFER_CHARGING_STATE = (32007, 30001, 1, 0, "%", "BUFFER_CHARGING_STATE", "Pufferladezustand")
class SystemStatus(Enum):
CONTINUOUS_LOAD = 0 # Dauerlast
DOMESTIC_HOT_WATER = 1 # Brauchwasser
AUTOMATIC = 2 # Automatik
FIREWOOD_OPERATION = 3 # Scheitholzbetr
CLEANING = 4 # Reinigen
OFF = 5 # Ausgeschaltet
EXTRA_HEATING = 6 # Extraheizen
CHIMNEY_SWEEP = 7 # Kaminkehrer
CLEANING2 = 8 # Reinigen2
class FurnaceStatus(Enum):
FAULT = 0 # STÖRUNG
FURNACAE_OFF = 1 # Kessel_Aus
HEATING_UP = 2 # Anheizen
HEATING = 3 # Heizen
SLUMBER = 4 # Feuererhaltung
FIRE_OFF = 5 # Feuer_Aus
DOOR_OPEN = 6 # Tür_offen
PREPARATION = 7 # Vorbereitung
PRE_HEATING = 8 # Vorwärmen
IGNITION = 9 # Zünden
SHUTDOWN_WAIT = 10 # Abstellen_Warten
SHUTDOWN_WAIT_1 = 11 # Abstellen_Warten1
SHUTDOWN_FEED_1 = 12 # Abstellen_Einschub1
SHUTDOWN_WAIT_2 = 13 # Abstellen_Warten2
SHUTDOWN_FEED_2 = 14 # Abstellen_Einschub2
CLEANING = 15 # Abreinigen
WAIT_2H = 16 # Warten_2h
SUCTION_HEATING = 17 # Saugen_Heizen
IGNITION_FAULT = 18 # Fehlzündung
STANDBY = 19 # Betriebsbereit
class InputRegisters(Enum):
# adr offset scale dec unit value_map name desc
SYSTEM_STATUS = (34001, 30001, 1, 0, "", SystemStatus, "SYSTEM_STATUS", "Anlagenzustand")
FURNACE_STATUS = (34002, 30001, 1, 0, "", FurnaceStatus, "FURNACE_STATUS", "Kesselzustand")
HEATER_TEMPERATURE = (30001, 30001, 2, 0, "°C", None, "HEATER_TEMPERATURE", "Kesseltemperatur")
SENSOR_1 = (30008, 30001, 2, 0, "°C", None, "SENSOR_1", "Fühler 1")
RETURN_FLOW_SENSOR = (30010, 30001, 2, 0, "°C", None, "RETURN_FLOW_SENSOR", "Fühler 1")
OPERATING_HOURS = (30021, 30001, 1, 0, "h", None, "OPERATING_HOURS", "Betriebsstunden")
FILL_LEVEL_PELLETS_CONTAINER = (30022, 30001, 201, 1, "%", None, "FILL_LEVEL_PELLETS_CONTAINER", "Füllstand im Pelletsbehälter")
HEATER_STARTS_COUNT = (30023, 30001, 1, 0, "#", None, "HEATER_STARTS_COUNT", "Anzahl der Brennerstarts")
CALCULATED_HEATER_TARGET_TEMPERATURE = (30028, 30001, 2, 0, "°C", None, "CALCULATED_HEATER_TARGET_TEMPERATURE", "Errechnete Kesselsolltemperatur")
RETURN_FLOW_CONTROL = (30037, 30001, 1, 0, "%", None, "RETURN_FLOW_CONTROL", "Rücklaufpumpen Ansteuerung")
HOURS_SINCE_LAST_MAINTENANCE = (30056, 30001, 1, 0, "h", None, "HOURS_SINCE_LAST_MAINTENANCE", "Stunden seit letzter Wartung")
HOURS_OF_PELLETS_OPERATION = (30063, 30001, 1, 0, "h", None, "HOURS_OF_PELLETS_OPERATION", "Stunden im Pelletsbetrieb")
HOURS_OF_HEATING = (30064, 30001, 1, 0, "h", None, "HOURS_OF_HEATING", "Stunden im Heizen")
CALCULATED_TARGET_RETURN_FLOW = (30067, 30001, 2, 0, "°C", None, "CALCULATED_TARGET_RETURN_FLOW", "Rücklauf Soll errechnet")
KG_COUNT = (30082, 30001, 1, 0, "kg", None, "KG_COUNT", "Resetierbarer kg-Zähler")
TONS_COUNT = (30083, 30001, 1, 0, "t", None, "TONS_COUNT", "Resetierbarer t-Zähler")
TOTAL_PELLETS_CONSUMPTION = (30084, 30001, 10, 1, "t", None, "TOTAL_PELLETS_CONSUMPTION", "Pelletverbrauch Gesamt")
#POWER_USAGE_DAILY = (30085, 30001, 1, 0, "KWh", None, "POWER_USAGE_DAILY", "Tagesertrag")
REMAINING_HOURS_UNTIL_ASH_REMOVAL = (30087, 30001, 1, 0, "h", None, "REMAINING_HOURS_UNTIL_ASH_REMOVAL", "Verbleibende Heizstunden bis zur Asche entleeren Warnung")
COUNT_CLEANING_CYCLES = (30102, 30001, 1, 0, "#", None, "COUNT_CLEANING_CYCLES", "Anzahl der Reinigungen")
MINUTES_UNTIL_NEXT_CLEANING_CYLCLE = (30103, 30001, 1, 0, "min", None, "MINUTES_UNTIL_NEXT_CLEANING_CYLCLE", "Zeit bis zur nächsten Reinigung")
RETURN_FLOW_TEMPERATURE_AT_CIRCULATION_LINE = (30712, 30001, 2, 0, "°C", None, "RETURN_FLOW_TEMPERATURE_AT_CIRCULATION_LINE", "Rücklauftemperatur an der Zirkulations Leitung")
OUTSIDE_TEMPERATURE = (31001, 30001, 2, 0, "°C", None, "OUTSIDE_TEMPERATURE", "Außentemperatur")
HEATING_FLOW_TEMPERATURE_ACTUAL = (31031, 30001, 2, 0, "°C", None, "HEATING_FLOW_TEMPERATURE_ACTUAL", "HK1 - Vorlauf-Isttemperatur")
HEATING_FLOW_TEMPERATURE_TARGET = (31032, 30001, 2, 0, "°C", None, "HEATING_FLOW_TEMPERATURE_TARGET", "HK1 - Vorlauf-Solltemperatur")
ROOM_TEMPERATURE = (31033, 30001, 2, 0, "°C", None, "ROOM_TEMPERATURE", "HK1 - Raumtemperatur")
BOILER_TEMPERATURE_TOP = (31631, 30001, 2, 0, "°C", None, "BOILER_TEMPERATURE_TOP", "Boiler 1 - Boilertemperatur oben")
BOILER_PUMP_CONTROL = (31633, 30001, 1, 0, "%", None, "BOILER_PUMP_CONTROL", "Boiler 1 - Boilerpumpe Ansteuerung")
BUFFER_TEMPERATURE_TOP = (32001, 30001, 2, 0, "°C", None, "BUFFER_TEMPERATURE_TOP", "Puffertemperatur oben")
#BUFFER_TEMPERATURE_CENTER = (32002, 30001, 2, 0, "°C", None, "BUFFER_TEMPERATURE_CENTER", "Puffertemperatur Mitte")
BUFFER_TEMPERATURE_BOTTOM = (32003, 30001, 2, 0, "°C", None, "BUFFER_TEMPERATURE_BOTTOM", "Puffertemperatur unten")
BUFFER_PUMP_CONTROL = (32004, 30001, 1, 0, "%", None, "BUFFER_PUMP_CONTROL", "Pufferpumpen Ansteuerung")
BUFFER_CHARGING_STATE = (32007, 30001, 1, 0, "%", None, "BUFFER_CHARGING_STATE", "Pufferladezustand")
""" """
PE1_TEMPERATURE = 30001# Kesseltemperatur °C 2 0 PE1_TEMPERATURE = 30001# Kesseltemperatur °C 2 0