/tele/Tasmota.../SENSOR = {"Time":"2023-03-27T12:25:33","DWS7612":{"energy":111.1111,"power":111.11}}
{'version': 'B', 'tme': '2803230850', 'rbc': '1623', 'rbt': '921638', 'car': '4', 'amp': '6', 'err': '0', 'ast': '0', 'alw': '0', 'stp': '0', 'cbl': '20', 'pha': '56', 'tmp': '9', 'tma': [2.63, 2.38, 2.25, 2.63], 'amt': '32', 'dws': '290', 'dwo': '0', 'adi': '1', 'uby': '0', 'eto': '25120', 'wst': '3', 'txi': '2', 'nrg': [216, 216, 216, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], 'fwv': '040.0', 'sse': '999999', 'wss': 'xxxxxxxx', 'wke': '****************', 'wen': '1', 'cdi': '0', 'tof': '101', 'tds': '1', 'lbr': '100', 'aho': '3', 'afi': '7', 'azo': '0', 'ama': '16', 'al1': '6', 'al2': '8', 'al3': '10', 'al4': '12', 'al5': '16', 'cid': '255', 'cch': '16776960', 'cfi': '65280', 'lse': '1', 'ust': '0', 'wak': '', 'r1x': '2', 'dto': '0', 'nmo': '0', 'sch': 'AAAAAAAAAAAAAAAA', 'sdp': '0', 'eca': '0', 'ecr': '0', 'ecd': '0', 'ec4': '0', 'ec5': '0', 'ec6': '0', 'ec7': '0', 'ec8': '0', 'ec9': '0', 'ec1': '0', 'rca': 'EAE77882', 'rcr': '045A5AAA', 'rcd': '045A79AA', 'rc4': '', 'rc5': '', 'rc6': '', 'rc7': '', 'rc8': '', 'rc9': '', 'rc1': '', 'rna': '', 'rnm': 'yyyyy', 'rne': 'zzzzz', 'rn4': '', 'rn5': '', 'rn6': '', 'rn7': '', 'rn8': '', 'rn9': '', 'rn1': '', 'loe': 0, 'lot': 0, 'lom': 0, 'lop': 0, 'log': '', 'lon': 0, 'lof': 0, 'loa': 0, 'lch': 911}
go_e:
Status:
type: dict
mqtt_topic_in: go-eCharger/999999/status
on_change:
- ..fwv = value['fwv']
- ..sse = value['sse']
- ..amp = value['amp']
- ..car = value['car']
- ..err = value['err']
- ..ast = value['ast']
- ..cbl = value['cbl']
- ..pha = value['pha']
- ..dws = value['dws']
- ..eto = value['eto']
- ..U_L1 = value['nrg'][0]
- ..U_L2 = value['nrg'][1]
- ..U_L3 = value['nrg'][2]
- ..U_N = value['nrg'][3]
- ..I_L1 = value['nrg'][4]
- ..I_L2 = value['nrg'][5]
- ..I_L3 = value['nrg'][6]
- ..P_L1 = value['nrg'][7]
- ..P_L2 = value['nrg'][8]
- ..P_L3 = value['nrg'][9]
- ..P_N = value['nrg'][10]
- ..P_SUM = value['nrg'][11]
- ..PF_L1 = value['nrg'][12]
- ..PF_L2 = value['nrg'][13]
- ..PF_L3 = value['nrg'][14]
- ..PF_N = value['nrg'][15]
fwv:
type: str
Text:
type: str
sse:
type: str
Text:
type: str
amp:
type: num
car:
type: num
err:
type: num
ast:
type: num
cbl:
type: num
pha:
type: num
dws:
type: num
eto:
type: num
U_L1:
type: num
U_L2:
type: num
U_L3:
type: num
U_N:
type: num
I_L1:
type: num
I_L2:
type: num
I_L3:
type: num
P_L1:
type: num
P_L2:
type: num
P_L3:
type: num
P_N:
type: num
P_SUM:
type: num
PF_L1:
type: num
PF_L2:
type: num
PF_L3:
type: num
PF_N:
type: num
%YAML 1.1
---
# status
# {
# "online": true,
# "home": 22.5,
# "heat": false,
# "fanrpm": 0,
# "comp": 0,
# "outside": 9,
# "liquid": 20,
# ...
# }
R33:
FAIKIN:
STATE:
type: dict
mqtt_topic_in: "state/CC8DA220AAAA/status"
on_change:
- .TEMP_LIQUID = value['liquid']
- .TEMP_OUTSIDE = value['outside']
- .TEMP_INSIDE = value['home']
- .ONLINE = value['online']
TEMP_LIQUID:
type: num
TEMP_OUTSIDE:
type: num
TEMP_INSIDE:
type: num
ONLINE:
%YAML 1.1
---
R33:
FAIKIN:
COMMAND:
type: dict
mqtt_topic_in: "command/CC8DA220AAAA/control"
mqtt_topic_out: "command/CC8DA220AAAA/control"
POWER:
type: bool
on_change:
- ..COMMAND = value['power']
SET_TEMP:
type: num
on_change:
- ..COMMAND = value['temp']
SWINGH:
type: bool
on_change:
- ..COMMAND = value['swingh']
SWINGV:
type: bool
on_change:
- ..COMMAND = value['swingv']
MQTT:
class_name: Mqtt
host: 127.0.0.1
port: 1883
jsonread_wr1_device:
plugin_name: jsonread
url: http://192.168.xxx.yyy/solar_api/v1/GetActiveDeviceInfo.cgi
cycle: 43200
instance: jsonread_wr1_device
jsonread_wr1_energy:
plugin_name: jsonread
url: http://192.168.xxx.yyy/solar_api/v1/GetInverterRealtimeData.cgi
cycle: 30
instance: jsonread_wr1_energy
jsonread_wr1_powerflow:
plugin_name: jsonread
url: http://192.168.xxx.yyy/solar_api/v1/GetPowerFlowRealtimeData.fcgi
cycle: 30
instance: jsonread_wr1_powerflow
jsonread_sm1:
plugin_name: jsonread
url: http://192.168.122.230/solar_api/v1/GetMeterRealtimeData.cgi
cycle: 30
instance: jsonread_sm1
jsonread_batt1:
plugin_name: jsonread
url: http://192.168.122.230/solar_api/v1/GetStorageRealtimeData.cgi
cycle: 30
instance: jsonread_batt1
R02:
# ------------------------------------------------------------------------------------------------------------------------------------
# R02.SM1 - SmartMeter
# ------------------------------------------------------------------------------------------------------------------------------------
SM1:
SOLARAPI:
UPDATE_FLAG_3SEC:
name: UPDATE_FLAG_3SEC [], Zeigt die Letzte Änderung für 3sek an
type: bool
value: 0
autotimer: 3s = 0 # Rücksetzen nach 3sek, dieser setzt bei updated_by den String "Autotimer:None", diesen frage ich bei eval mit ab, da ansonsten eval immer gewinnt, wenn hier nur 1 stehen würde.
eval: 1 if (sh...UPDATE_FLAG_3SEC.updated_by().find('Autotimer') != -1) else 0
eval_trigger:
- ..INFO_USER_TIMESTAMP
enforce_updates: True
on_update: .TIME = sh...UPDATE_FLAG_3SEC.last_update().strftime('%H:%M:%S')
TIME:
remark: Wann zuletzt ein Datensatz gelesen (soll dazu dienen im Tablet sehen zu können, ob die Zeit zu der aktuelle Uhrzeit passt)
name: Letztes Update um
type: str
value: '---'
AC_CURRENT:
name: AC_CURRENT [A], Summe aller AC Phasenströme
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Current_AC_Sum'
AC_CURRENT_PHASE_A:
name: AC_CURRENT_PHASE_A [A], AC-Strom L1
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Current_AC_Phase_1'
AC_CURRENT_PHASE_B:
name: AC_CURRENT_PHASE_B [A], AC-Strom L2
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Current_AC_Phase_2'
AC_CURRENT_PHASE_C:
name: AC_CURRENT_PHASE_C [A], AC-Strom L3
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Current_AC_Phase_3'
AC_ENERGY_REACTIVE_CONSUMED:
name: AC_ENERGY_REACTIVE_CONSUMED [VAr], Konsumierte Blindleistung
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".EnergyReactive_VArAC_Sum_Consumed'
AC_ENERGY_REACTIVE_PRODUCED:
name: AC_ENERGY_REACTIVE_PRODUCED [VAr], Produzierte Blindleistung
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".EnergyReactive_VArAC_Sum_Produced'
AC_ENERGY_MINUS:
name: AC_ENERGY_MINUS [W], AC Energie negativ
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".EnergyReal_WAC_Minus_Absolute'
AC_ENERGY_PLUS:
name: AC_ENERGY_PLUS [W], AC Energie positiv
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".EnergyReal_WAC_Plus_Absolute'
AC_ENERGY_CONSUMED:
name: AC_ENERGY_CONSUMED [Wh], Konsumierte AC Leistung
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".EnergyReal_WAC_Sum_Consumed'
START_DAY_ENERGY:
name: AC_ENERGY_CONSUMED - START_DAY_ENERGY [kWh], Konsumierte AC Energie um 0Uhr
type: num
cache: 'True'
#database: 'yes'
eval: (sh.R02.SM1.SOLARAPI.AC_ENERGY_CONSUMED() / 1000)
eval_trigger:
- .TIME_TRIGGER
TIME_TRIGGER:
type: num
crontab: '0 0 * * = 1'
enforce_updates: true
ENERGY_TODAY:
name: AC_ENERGY_CONSUMED - TODAY [kWh], Konsumierte AC Energie heute
type: num
cache: 'True'
eval: ((sh.R02.SM1.SOLARAPI.AC_ENERGY_CONSUMED() / 1000) - sh.R02.SM1.SOLARAPI.AC_ENERGY_CONSUMED.START_DAY_ENERGY())
eval_trigger:
- R02.SM1.SOLARAPI.AC_ENERGY_CONSUMED
AC_ENERGY_PRODUCED:
name: AC_ENERGY_PRODUCED [Wh], Produzierte AC Leistung
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".EnergyReal_WAC_Sum_Produced'
START_DAY_ENERGY:
name: AC_ENERGY_PRODUCED - START_DAY_ENERGY [kWh], Produzierte AC Energie um 0Uhr
type: num
cache: 'True'
#database: 'yes'
eval: (sh.R02.SM1.SOLARAPI.AC_ENERGY_PRODUCED() / 1000)
eval_trigger:
- .TIME_TRIGGER
TIME_TRIGGER:
type: num
crontab: '0 0 * * = 1'
enforce_updates: true
ENERGY_TODAY:
name: AC_ENERGY_PRODUCED - TODAY [kWh], Produzierte AC Energie heute
type: num
cache: 'True'
eval: ((sh.R02.SM1.SOLARAPI.AC_ENERGY_PRODUCED() / 1000) - sh.R02.SM1.SOLARAPI.AC_ENERGY_PRODUCED.START_DAY_ENERGY())
eval_trigger:
- R02.SM1.SOLARAPI.AC_ENERGY_PRODUCED
AC_FREQUENCY:
name: AC_FREQUENCY [Hz], Durchschnittsfrequenz
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Frequency_Phase_Average'
AC_POWER:
name: AC_POWER [W], Wirkleistung (P) gesamt
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReal_P_Sum'
AC_POWER_PHASE_A:
name: AC_POWER_PHASE_A [W], Wirkleistung (P) L1
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReal_P_Phase_1'
AC_POWER_PHASE_B:
name: AC_POWER_PHASE_B [W], Wirkleistung (P) L2
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReal_P_Phase_2'
AC_POWER_PHASE_C:
name: AC_POWER_PHASE_C [W], Wirkleistung (P) L3
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReal_P_Phase_3'
AC_POWER_APPARENT:
name: AC_POWER_APPARENT [VA], Scheinleistung (S) gesamt
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerApparent_S_Sum'
AC_POWER_APPARENT_PHASE_A:
name: AC_POWER_APPARENT_PHASE_A [VA], Scheinleistung (S) L1
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerApparent_S_Phase_1'
AC_POWER_APPARENT_PHASE_B:
name: AC_POWER_APPARENT_PHASE_B [VA], Scheinleistung (S) L2
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerApparent_S_Phase_2'
AC_POWER_APPARENT_PHASE_C:
name: AC_POWER_APPARENT_PHASE_C [VA], Scheinleistung (S) L3
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerApparent_S_Phase_3'
AC_POWER_REACTIVE:
name: AC_POWER_REACTIVE [VAr], Blindleistung (Q) gesamt
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReactive_Q_Sum'
AC_POWER_REACTIVE_PHASE_A:
name: AC_POWER_REACTIVE_PHASE_A [VAr], Blindleistung (Q) L1
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReactive_Q_Phase_1'
AC_POWER_REACTIVE_PHASE_B:
name: AC_POWER_REACTIVE_PHASE_B [VAr], Blindleistung (Q) L2
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReactive_Q_Phase_2'
AC_POWER_REACTIVE_PHASE_C:
name: AC_POWER_REACTIVE_PHASE_C [VAr], Blindleistung (Q) L3
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerReactive_Q_Phase_3'
AC_POWER_FACTOR:
name: AC_POWER_FACTOR [-1..1], Leistungsfaktor gesamt, Eine reine Wirklast hat den Power Factor 1 und einen Phasenwinkel von 0 Grad (d. h., die Leistung ist hundertprozentig effizient). Eine reine Blindlast hat den Power Factor 0 und einen Phasenwinkel von 90 Grad.
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerFactor_Sum'
AC_POWER_FACTOR_PHASE_A:
name: AC_POWER_FACTOR_PHASE_A [-1..1], Leistungsfaktor L1, Eine reine Wirklast hat den Power Factor 1 und einen Phasenwinkel von 0 Grad (d. h., die Leistung ist hundertprozentig effizient). Eine reine Blindlast hat den Power Factor 0 und einen Phasenwinkel von 90 Grad.
type: num
cache: 'True'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerFactor_Phase_1'
AC_POWER_FACTOR_PHASE_B:
name: AC_POWER_FACTOR_PHASE_B [-1..1], Leistungsfaktor L2, Eine reine Wirklast hat den Power Factor 1 und einen Phasenwinkel von 0 Grad (d. h., die Leistung ist hundertprozentig effizient). Eine reine Blindlast hat den Power Factor 0 und einen Phasenwinkel von 90 Grad.
type: num
cache: 'True'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerFactor_Phase_2'
AC_POWER_FACTOR_PHASE_C:
name: AC_POWER_FACTOR_PHASE_C [-1..1], Leistungsfaktor L3, Eine reine Wirklast hat den Power Factor 1 und einen Phasenwinkel von 0 Grad (d. h., die Leistung ist hundertprozentig effizient). Eine reine Blindlast hat den Power Factor 0 und einen Phasenwinkel von 90 Grad.
type: num
cache: 'True'
jsonread_filter@jsonread_sm1: '.Body.Data."0".PowerFactor_Phase_3'
AC_VOLTAGE_PHASE_A_TO_N:
name: AC_VOLTAGE_PHASE_A_TO_N [V], AC-Spannung L1
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Voltage_AC_Phase_1'
AC_VOLTAGE_PHASE_B_TO_N:
name: AC_VOLTAGE_PHASE_B_TO_N [V], AC-Spannung L2
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Voltage_AC_Phase_2'
AC_VOLTAGE_PHASE_C_TO_N:
name: AC_VOLTAGE_PHASE_C_TO_N [V], AC-Spannung L3
type: num
cache: 'True'
#database: 'yes'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Voltage_AC_Phase_3'
AC_VOLTAGE_PHASE_A_TO_B:
name: AC_VOLTAGE_PHASE_A_TO_B [V], AC-Spannung L1..L2
type: num
cache: 'True'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Voltage_AC_PhaseToPhase_12'
AC_VOLTAGE_PHASE_B_TO_C:
name: AC_VOLTAGE_PHASE_B_TO_C [V], AC-Spannung L2..L3
type: num
cache: 'True'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Voltage_AC_PhaseToPhase_23'
AC_VOLTAGE_PHASE_C_TO_A:
name: AC_VOLTAGE_PHASE_C_TO_A [V], AC-Spannung L3..L1
type: num
cache: 'True'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Voltage_AC_PhaseToPhase_31'
INFO_MANUFACTURER:
name: INFO_MANUFACTURER [], Hersteller Name
type: str
cache: 'True'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Details.Manufacturer'
INFO_MODEL:
name: INFO_MODEL [], Modell Name
type: str
cache: 'True'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Details.Model'
INFO_SERIEALNO:
name: INFO_SERIEALNO [], Seriennummer
type: str
cache: 'True'
jsonread_filter@jsonread_sm1: '.Body.Data."0".Details.Serial'
INFO_CODE:
name: INFO_CODE [], Code (normalerweise 0)
type: num
cache: 'True'
jsonread_filter@jsonread_sm1: '.Head.Status.Code'
INFO_REASON:
name: INFO_REASON [], Grund
type: str
cache: 'True'
jsonread_filter@jsonread_sm1: '.Head.Status.Reason'
INFO_USER_MESSAGE:
name: INFO_USER_MESSAGE [], Meldung
type: str
cache: 'True'
jsonread_filter@jsonread_sm1: '.Head.Status.UserMessage'
INFO_USER_TIMESTAMP:
name: INFO_USER_TIMESTAMP [], Datum und Uhrzeit
type: str
cache: 'True'
jsonread_filter@jsonread_sm1: '.Head.Timestamp'
R03:
# ------------------------------------------------------------------------------------------------------------------------------------
# R03.WR1 - 10kW
# ------------------------------------------------------------------------------------------------------------------------------------
WR1:
SOLARAPI:
UPDATE_FLAG_3SEC:
name: UPDATE_FLAG_3SEC [], Zeigt die Letzte Änderung für 3sek an
type: bool
value: 0
autotimer: 3s = 0 # Rücksetzen nach 3sek, dieser setzt bei updated_by den String "Autotimer:None", diesen frage ich bei eval mit ab, da ansonsten eval immer gewinnt, wenn hier nur 1 stehen würde.
eval: 1 if (sh...UPDATE_FLAG_3SEC.updated_by().find('Autotimer') != -1) else 0
eval_trigger:
- ..INFO_USER_TIMESTAMP
enforce_updates: True
on_update: .TIME = sh...UPDATE_FLAG_3SEC.last_update().strftime('%H:%M:%S')
TIME:
remark: Wann zuletzt ein Datensatz gelesen (soll dazu dienen im Tablet sehen zu können, ob die Zeit zu der aktuelle Uhrzeit passt)
name: Letztes Update um
type: str
value: '---'
INFO_SERIEALNO:
name: INFO_SERIEALNO [], Seriennummer
type: str
cache: 'True'
jsonread_filter@jsonread_wr1_device: '.Body.Data.Inverter.Serial'
INFO_USER_TIMESTAMP:
name: INFO_USER_TIMESTAMP [], Datum und Uhrzeit
type: str
cache: 'True'
jsonread_filter@jsonread_wr1_device: '.Head.Timestamp'
modbus_wr1_fast:
plugin_name: modbus_tcp
host: 192.168.xxx.yyy
port: '502'
webif_pagelength: 100
instance: modbus_wr1_fast
cycle: 30
slaveUnit: 1
modbus_wr1_slow:
plugin_name: modbus_tcp
host: 192.168.xxx.yyy
port: '502'
webif_pagelength: 100
instance: modbus_wr1_slow
cycle: 60
slaveUnit: 1
R03:
# ------------------------------------------------------------------------------------------------------------------------------------
# R03.WR1 - 10kW
# ------------------------------------------------------------------------------------------------------------------------------------
WR1:
MODBUS_TCP:
UPDATE_FLAG_3SEC:
name: UPDATE_FLAG_3SEC [], Zeigt die Letzte Änderung für 3sek an
type: bool
value: 0
autotimer: 3s = 0 # Rücksetzen nach 3sek, dieser setzt bei updated_by den String "Autotimer:None", diesen frage ich bei eval mit ab, da ansonsten eval immer gewinnt, wenn hier nur 1 stehen würde.
eval: 1 if (sh...UPDATE_FLAG_3SEC.updated_by().find('Autotimer') != -1) else 0
eval_trigger:
- ..AC_CURRENT
- ..AC_CURRENT_PHASE_A
- ..AC_CURRENT_PHASE_B
- ..AC_CURRENT_PHASE_C
- ..AC_POWER
- ..AC_FREQUENCY
- ..AC_POWER_APPARENT
- ..AC_POWER_REACTIVE
- ..AC_ENERGY
- ..CAB_TEMPERATURE
- ..OPERATING_STATUS
- ..CUSTOMER_EVENTS
- ..TECHNICIAN_EVENTS
- ..AC_LIFETIME_ENERGY
- ..INSULATION_RESISTANCE
- ..MPP1_DC_CURRENT
- ..MPP1_DC_VOLTAGE
- ..MPP1_DC_POWER
- ..MPP1_DC_LIFETIME_ENERGY
- ..MPP2_DC_CURRENT
- ..MPP2_DC_VOLTAGE
- ..MPP2_DC_POWER
- ..MPP2_DC_LIFETIME_ENERGY
enforce_updates: True
on_update: .TIME = sh...UPDATE_FLAG_3SEC.last_update().strftime('%H:%M:%S')
TIME:
remark: Wann zuletzt der Datensatz sich geändert hat (soll dazu dienen im Tablet sehen zu können, ob die Zeit zu der aktuelle Uhrzeit passt)
name: Letztes Update um
type: str
value: '---'
AC_CURRENT_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40076 40076 1 R 0x03 A_SF sunssf
type: num
name: AC_CURRENT_SF [], Scale Factor für AC_CURRENT, AC_PHASE_A_CURRENT, AC_PHASE_B_CURRENT, AC_PHASE_C_CURRENT
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40075
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
AC_CURRENT:
name: AC_CURRENT [A], Summe aller AC Phasenströme
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_CURRENT_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40072 40072 1 R 0x03 A AC Current uint16 A A_SF
type: num
name: AC_CURRENT [A], Summe aller AC Phasenströme
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40071
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
AC_CURRENT_PHASE_A:
name: AC_CURRENT_PHASE_A [A], AC-Strom L1
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_CURRENT_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40073 40073 1 R 0x03 AphA Phase A Current uint16 A A_SF
type: num
name: AC_PHASE_A_CURRENT [A], AC-Strom L1
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40072
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
AC_CURRENT_PHASE_B:
name: AC_CURRENT_PHASE_B [A], AC-Strom L2
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_CURRENT_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40074 40074 1 R 0x03 AphB Phase B Current uint16 A A_SF
type: num
name: AC_PHASE_B_CURRENT [A], AC-Strom L2
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40073
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
AC_CURRENT_PHASE_C:
name: AC_CURRENT_PHASE_C [A], AC-Strom L3
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_CURRENT_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40075 40075 1 R 0x03 AphC Phase C Current uint16 A A_SF
type: num
name: AC_PHASE_C_CURRENT [A], AC-Strom L3
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40074
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
AC_POWER_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40085 40085 1 R 0x03 W_SF s unssf
type: num
name: AC_POWER_SF [], Scale Factor für AC_POWER
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40084
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
AC_POWER:
name: AC_POWER [W], AC-Ausgangsleistung
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_POWER_SF())) if ((sh..RAW() * math.pow(10, sh.R03.WR2.MODBUS_TCP.AC_POWER_SF())) < 10000) else sh..self()
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.AC_POWER_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40084 40084 1 R 0x03 W AC Power int16 W W_SF
type: num
name: AC_POWER [W], AC-Ausgangsleistung
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40083
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
AC_FREQUENCY_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40087 40087 1 R 0x03 Hz_SF sunssf
type: num
name: AC_FREQUENCY_SF [], Scale Factor für AC_FREQUENCY
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40086
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
AC_FREQUENCY:
name: AC_FREQUENCY [Hz], AC-Frequenz
type: num
cache: 'True'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_FREQUENCY_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.AC_FREQUENCY_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40086 40086 1 R 0x03 Hz Line Frequency uint16 Hz Hz_SF
type: num
name: AC_FREQUENCY [Hz], AC-Frequenz
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40085
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
AC_POWER_APPARENT_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40089 40089 1 R 0x03 VA_SF sunssf
type: num
name: AC_POWER_APPARENT_SF [], Scale Factor für AC_POWER_APPARENT
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40088
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
AC_POWER_APPARENT:
name: AC_POWER_APPARENT [VA], Scheinleistung gesamt
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_POWER_APPARENT_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.AC_POWER_APPARENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40088 40088 1 R 0x03 VA AC Apparent Power int16 VA VA_SF
type: num
name: AC_POWER_APPARENT [VA], Scheinleistung gesamt
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40087
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
AC_POWER_REACTIVE_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40091 40091 1 R 0x03 VAr_SF sunssf
type: num
name: AC_POWER_REACTIVE_SF [], Scale Factor für AC_POWER_REACTIVE
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40090
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
AC_POWER_REACTIVE:
name: AC_POWER_REACTIVE [VAr], Blindleistung gesamt
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_POWER_REACTIVE_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.AC_POWER_REACTIVE_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40090 40090 1 R 0x03 VAr AC Reactive Power int16 var VAr_SF
type: num
name: AC_POWER_REACTIVE [VAr], Blindleistung gesamt
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40089
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
AC_ENERGY_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40096 40096 1 R 0x03 WH_SF sunssf
type: num
name: AC_ENERGY_SF [], Scale Factor für AC_ENERGY
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40095
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
AC_ENERGY:
name: AC_ENERGY [Wh], Kummulierte AC Leistung
type: num
cache: 'True'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.AC_ENERGY_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.AC_ENERGY_SF
START_DAY_ENERGY:
name: AC_ENERGY - START_DAY_ENERGY [kWh], Kummulierte AC Leistung um 0Uhr
type: num
cache: 'True'
#database: 'yes'
eval: (sh.R03.WR1.MODBUS_TCP.AC_ENERGY() / 1000)
eval_trigger:
- .TIME_TRIGGER
TIME_TRIGGER:
type: num
crontab: '0 0 * * = 1'
enforce_updates: true
ENERGY_TODAY:
name: AC_ENERGY - TODAY [kWh], Kummulierte AC Leistung heute
type: num
cache: 'True'
eval: ((sh.R03.WR1.MODBUS_TCP.AC_ENERGY() / 1000) - sh.R03.WR1.MODBUS_TCP.AC_ENERGY.START_DAY_ENERGY())
eval_trigger:
- R03.WR1.MODBUS_TCP.AC_ENERGY
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40094 40095 2 R 0x03 WH AC Energy acc32 Wh WH_SF
type: num
name: AC_ENERGY [Wh], Kummulierte AC Leistung
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40093
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
DC_POWER_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40102 40102 1 R 0x03 DCW_SF sunssf
type: num
name: DC_POWER_SF [], Scale Factor für DC_POWER
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40101
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
DC_POWER:
name: DC_POWER [W], Summer aller DC Leistungen
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.DC_POWER_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.DC_POWER_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40101 40101 1 R 0x03 DCW DC Power int16 W DCW_SF
type: num
name: DC_POWER [W], Summer aller DC Leistungen
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40100
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
CAB_TEMPERATURE_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40107 40107 1 R 0x03 Tmp_SF sunssf
type: num
name: CAB_TEMPERATURE_SF [], Scale Factor für CAB_TEMPERATURE
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40106
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
CAB_TEMPERATURE:
name: CAB_TEMPERATURE [°C], Wechselrichter Innentemperatur
type: num
cache: 'True'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.CAB_TEMPERATURE_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.CAB_TEMPERATURE_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40103 40103 1 R 0x03 TmpCab Cabinet Temperature int16 C Tmp_SF
type: num
name: CAB_TEMPERATURE [°C], Wechselrichter Innentemperatur
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40102
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
OPERATING_STATUS:
type: str
name: Operating status als String (
cache: 'True'
eval: "sh..LOOKUP_DICT()[sh..RAW()]"
eval_trigger:
- init
- .RAW
LOOKUP_DICT:
type: dict
#initial_value: "{ '0': 'Status unbekannt', '1': 'Wechselrichter ist aus', '2': 'Auto-Shutdown', '3': 'Wechselrichter startet', '4': 'Wechselrichter arbeitet normal', '5': 'Leistungsreduktion aktiv', '6': 'Wechselrichter schaltet ab', '7': 'Ein oder mehr Fehler existieren', '8': 'Standby' }"
initial_value: "{ 0: 'Status unbekannt', 1: 'Wechselrichter ist aus', 2: 'Auto-Shutdown', 3: 'Wechselrichter startet', 4: 'Wechselrichter arbeitet normal', 5: 'Leistungsreduktion aktiv', 6: 'Wechselrichter schaltet ab', 7: 'Ein oder mehr Fehler existieren', 8: 'Standby' }"
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40108 40108 1 R 0x03 St Enumerated value. Operating state enum16
type: num
cache: 'True'
#database: 'yes'
name: OPERATING_STATE [enum], I_STATUS_OFF 1 Wechselrichter ist aus, I_STATUS_SLEEPING 2 Auto-Shutdown, I_STATUS_STARTING 3 Wechselrichter startet, I_STATUS_MPPT 4 Wechselrichter arbeitet normal, I_STATUS_THROTTLED 5 Leistungsreduktion aktiv, I_STATUS_SHUTTING_DOWN 6 Wechselrichter schaltet ab, I_STATUS_FAULT 7 Ein oder mehr Fehler existieren, I_STATUS_STANDBY 8 Standby
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40107
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
CUSTOMER_EVENTS:
type: str
name: Customer events als String (bit 0 -> Error, bit 1 -> Warning, bit 2 -> Info)
cache: 'True'
eval: "sh..LOOKUP_DICT()[sh..RAW()]"
eval_trigger:
- init
- .RAW
LOOKUP_DICT:
type: dict
initial_value: "{ 0: 'Keine Meldungen', 1: 'ERROR anstehend', 2: 'WARNING anstehend', 3: 'ERROR und WARNING anstehend', 4: 'INFO anstehend', 5: 'ERROR und INFO anstehend', 6: 'WARNING und INFO anstehend', 7: 'ERROR, WARNING und INFO anstehend' }"
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40114 40115 2 R 0x03 EvtVnd1 Vendor defined events bitfield32 """Customer"" event severity level bitfield (bit 0 -> Error, bit 1 -> Warning, bit 2 -> Info)
type: num
name: CUSTOMER_EVENTS [bitfield], bit 0 -> Error, bit 1 -> Warning, bit 2 -> Info
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40113
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
TECHNICIAN_EVENTS:
type: str
name: Technician events als String (bit 0 -> Error, bit 1 -> Warning, bit 2 -> Info)
cache: 'True'
eval: "sh..LOOKUP_DICT()[sh..RAW()]"
eval_trigger:
- init
- .RAW
LOOKUP_DICT:
type: dict
initial_value: "{ 0: 'Keine Meldungen', 1: 'ERROR anstehend', 2: 'WARNING anstehend', 3: 'ERROR und WARNING anstehend', 4: 'INFO anstehend', 5: 'ERROR und INFO anstehend', 6: 'WARNING und INFO anstehend', 7: 'ERROR, WARNING und INFO anstehend' }"
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40116 40117 2 R 0x03 EvtVnd2 Vendor defined events bitfield32 """Technician"" event severity level bitfield (bit 0 -> Error, bit 1 -> Warning, bit 2 -> Info)
type: num
name: TECHNICIAN_EVENTS [bitfield], bit 0 -> Error, bit 1 -> Warning, bit 2 -> Info
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40115
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
AC_LIFETIME_ENERGY:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40187 40190 4 R 0x03 ActWh AC lifetime active (real) energy output. acc64 Wh
type: num
name: AC_LIFETIME_ENERGY [Wh], Kummulierte AC Leistung, realer Energie Ausgang
cache: 'True'
eval: (sh..WORD2() + (sh..WORD1() * 65535))
eval_trigger:
- .WORD1 # high word
- .WORD2 # low word
START_DAY_ENERGY:
name: AC_LIFETIME_ENERGY - START_DAY_ENERGY [kWh], Kummulierte AC Leistung, realer Energie Ausgang um 0Uhr
type: num
cache: 'True'
#database: 'yes'
eval: (sh.R03.WR1.MODBUS_TCP.AC_LIFETIME_ENERGY() / 1000)
eval_trigger:
- .TIME_TRIGGER
TIME_TRIGGER:
type: num
crontab: '0 0 * * = 1'
enforce_updates: true
ENERGY_TODAY:
name: AC_LIFETIME_ENERGY - TODAY [kWh], Kummulierte AC Leistung, realer Energie Ausgang heute
type: num
cache: 'True'
eval: ((sh.R03.WR1.MODBUS_TCP.AC_LIFETIME_ENERGY() / 1000) - sh.R03.WR1.MODBUS_TCP.AC_LIFETIME_ENERGY.START_DAY_ENERGY())
eval_trigger:
- R03.WR1.MODBUS_TCP.AC_LIFETIME_ENERGY
WORD1:
type: num
name: LIFETIME_ENERGY_WORD1 (High WORD)
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40186
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
WORD2:
type: num
name: LIFETIME_ENERGY_WORD2 (Low WORD)
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40188
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
INSULATION_RESISTANCE_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40227 40227 1 R 0x03 Ris_SF Scale factor for isolation resistance. sunssf
type: num
name: INSULATION_RESISTANCE_SF [], Scale Factor für INSULATION_RESISTANCE
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40226
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
INSULATION_RESISTANCE:
name: INSULATION_RESISTANCE [Ohm], Isolationswiderstand
type: num
cache: 'True'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.INSULATION_RESISTANCE_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.INSULATION_RESISTANCE_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40226 40226 1 R 0x03 Ris Isolation resistance. uint16 ohms Ris_SF
type: num
name: INSULATION_RESISTANCE [Ohm], Isolationswiderstand
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40225
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
MPPx_DC_CURRENT_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40256 40256 1 R 0x03 DCA_SF Current Scale Factor sunssf
type: num
name: MPPx_DC_CURRENT_SF [], Scale Factor für MPPx_DC_CURRENT
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40255
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
MPPx_DC_VOLTAGE_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40257 40257 1 R 0x03 DCV_SF Voltage Scale Factor sunssf
type: num
name: MPPx_DC_VOLTAGE_SF [], Scale Factor für MPPx_DC_VOLTAGE
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40256
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
MPPx_DC_POWER_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40258 40258 1 R 0x03 DCW_SF Power Scale Factor sunssf
type: num
name: MPPx_DC_POWER_SF [], Scale Factor für MPPx_DC_POWER
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40257
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
MPPx_DC_LIFETIME_ENERGY_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40259 40259 1 R 0x03 DCWH_SF Energy Scale Factor sunssf
type: num
name: MPPx_DC_LIFETIME_ENERGY_SF [], Scale Factor für MPPx_DC_LIFETIME_ENERGY
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40258
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
MPP1_DC_CURRENT:
name: MPP1_DC_CURRENT [A], DC-Strom PV1
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_CURRENT_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.MPPx_DC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40273 40273 1 R 0x03 module/1/DCA DC Current uint16 A DCA_SF
type: num
name: MPP1_DC_CURRENT [A], DC-Strom PV1
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40272
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
MPP1_DC_VOLTAGE:
name: MPP1_DC_VOLTAGE [V], DC-Spannung PV1
type: num
cache: 'True'
database: 'yes' # WR1 - MPP1_DC_VOLTAGE [V], DC-Spannung PV1
database_maxage: 7
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_VOLTAGE_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.MPPx_DC_VOLTAGE_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40274 40274 1 R 0x03 module/1/DCV DC Voltage uint16 V DCV_SF
type: num
name: MPP1_DC_VOLTAGE [V], DC-Spannung PV1
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40273
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
MPP1_DC_POWER:
name: MPP1_DC_POWER [W], DC-Leistung PV1
type: num
cache: 'True'
database: 'yes' # WR1 - MPP1_DC_POWER [W], DC-Leistung PV1
database_maxage: 7
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_POWER_SF())) if ((sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_POWER_SF())) < (14*415)) else sh..self()
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.MPPx_DC_POWER_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40275 40275 1 R 0x03 module/1/DCW DC Power uint16 W DCW_SF
type: num
name: MPP1_DC_POWER [W], DC-Leistung PV1
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40274
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
MPP1_DC_LIFETIME_ENERGY:
name: MPP1_DC_LIFETIME_ENERGY [Wh], Kummulierte DC Energie PV1
type: num
cache: 'True'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_LIFETIME_ENERGY_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.MPPx_DC_LIFETIME_ENERGY_SF
START_DAY_ENERGY:
name: MPP1_DC_LIFETIME_ENERGY - START_DAY_ENERGY [kWh], Kummulierte DC Energie PV1 um 0Uhr
type: num
cache: 'True'
#database: 'yes'
eval: (sh.R03.WR1.MODBUS_TCP.MPP1_DC_LIFETIME_ENERGY() / 1000)
eval_trigger:
- .TIME_TRIGGER
TIME_TRIGGER:
type: num
crontab: '0 0 * * = 1'
enforce_updates: true
ENERGY_TODAY:
name: MPP1_DC_LIFETIME_ENERGY - TODAY [kWh], Kummulierte DC Energie PV1 heute
type: num
cache: 'True'
eval: ((sh.R03.WR1.MODBUS_TCP.MPP1_DC_LIFETIME_ENERGY() / 1000) - sh.R03.WR1.MODBUS_TCP.MPP1_DC_LIFETIME_ENERGY.START_DAY_ENERGY())
eval_trigger:
- R03.WR1.MODBUS_TCP.MPP1_DC_LIFETIME_ENERGY
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40276 40277 2 R 0x03 module/1/DCWH Lifetime Energy acc32 Wh DCWH_SF
type: num
name: MPP1_DC_LIFETIME_ENERGY [Wh], Kummulierte DC Energie PV1
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40275
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
MPP2_DC_CURRENT:
name: MPP2_DC_CURRENT [A], DC-Strom PV2
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_CURRENT_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.MPPx_DC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40293 40293 1 R 0x03 module/2/DCA DC Current uint16 A DCA_SF
type: num
name: MPP2_DC_CURRENT [A], DC-Strom PV2
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40292
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
MPP2_DC_VOLTAGE:
name: MPP2_DC_VOLTAGE [V], DC-Spannung PV2
type: num
cache: 'True'
database: 'yes' # WR1 - MPP2_DC_VOLTAGE [V], DC-Spannung PV2
database_maxage: 7
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_VOLTAGE_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.MPPx_DC_VOLTAGE_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40294 40294 1 R 0x03 module/2/DCV DC Voltage uint16 V DCV_SF
type: num
name: MPP2_DC_VOLTAGE [V], DC-Spannung PV2
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40293
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
MPP2_DC_POWER:
name: MPP2_DC_POWER [W], DC-Leistung PV2
type: num
cache: 'True'
database: 'yes' # WR1 - MPP2_DC_POWER [W], DC-Leistung PV2
database_maxage: 7
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_POWER_SF())) if ((sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_POWER_SF())) < (12*415)) else sh..self()
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.MPPx_DC_POWER_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40295 40295 1 R 0x03 module/2/DCW DC Power uint16 W DCW_SF
type: num
name: MPP2_DC_POWER [W], DC-Leistung PV2
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40294
modBusDataType@modbus_wr1_fast: uint16
modBusFactor@modbus_wr1_fast: 1
MPP2_DC_LIFETIME_ENERGY:
name: MPP2_DC_LIFETIME_ENERGY [Wh], Kummulierte DC Energie PV2
type: num
cache: 'True'
eval: (sh..RAW() * math.pow(10, sh.R03.WR1.MODBUS_TCP.MPPx_DC_LIFETIME_ENERGY_SF()))
eval_trigger:
- .RAW
# - R03.WR1.MODBUS_TCP.MPPx_DC_LIFETIME_ENERGY_SF
START_DAY_ENERGY:
name: MPP2_DC_LIFETIME_ENERGY - START_DAY_ENERGY [kWh], Kummulierte DC Energie PV2 um 0Uhr
type: num
cache: 'True'
#database: 'yes'
eval: (sh.R03.WR1.MODBUS_TCP.MPP2_DC_LIFETIME_ENERGY() / 1000)
eval_trigger:
- .TIME_TRIGGER
TIME_TRIGGER:
type: num
crontab: '0 0 * * = 1'
enforce_updates: true
ENERGY_TODAY:
name: MPP2_DC_LIFETIME_ENERGY - TODAY [kWh], Kummulierte DC Energie PV2 heute
type: num
cache: 'True'
eval: ((sh.R03.WR1.MODBUS_TCP.MPP2_DC_LIFETIME_ENERGY() / 1000) - sh.R03.WR1.MODBUS_TCP.MPP2_DC_LIFETIME_ENERGY.START_DAY_ENERGY())
eval_trigger:
- R03.WR1.MODBUS_TCP.MPP2_DC_LIFETIME_ENERGY
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40296 40297 2 R 0x03 module/2/DCWH Lifetime Energy acc32 Wh DCWH_SF
type: num
name: MPP2_DC_LIFETIME_ENERGY [Wh], Kummulierte DC Energie PV2
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40295
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
R02:
# ------------------------------------------------------------------------------------------------------------------------------------
# R02.SM1 - SmartMeter
# ------------------------------------------------------------------------------------------------------------------------------------
SM1:
# Das SmartMeter wird mit über WR1 ausgelesen und hat die Modbus Adresse 200
# Daher ist diese hier immer mit aufgeführt.
MODBUS_TCP:
UPDATE_FLAG_3SEC:
name: UPDATE_FLAG_3SEC [], Zeigt die Letzte Änderung für 3sek an
type: bool
value: 0
autotimer: 3s = 0 # Rücksetzen nach 3sek, dieser setzt bei updated_by den String "Autotimer:None", diesen frage ich bei eval mit ab, da ansonsten eval immer gewinnt, wenn hier nur 1 stehen würde.
eval: 1 if (sh...UPDATE_FLAG_3SEC.updated_by().find('Autotimer') != -1) else 0
eval_trigger:
- ..AC_CURRENT
- ..AC_CURRENT_PHASE_A
- ..AC_CURRENT_PHASE_B
- ..AC_CURRENT_PHASE_C
- ..AC_VOLTAGE_PHASE_A_TO_N
- ..AC_VOLTAGE_PHASE_B_TO_N
- ..AC_VOLTAGE_PHASE_C_TO_N
- ..AC_VOLTAGE_PHASE_A_TO_B
- ..AC_VOLTAGE_PHASE_B_TO_C
- ..AC_VOLTAGE_PHASE_C_TO_A
- ..AC_FREQUENCY
- ..AC_POWER
- ..AC_POWER_PHASE_A
- ..AC_POWER_PHASE_B
- ..AC_POWER_PHASE_C
- ..AC_ENERGY_CONSUMED
- ..AC_ENERGY_CONSUMED_PHASE_A
- ..AC_ENERGY_CONSUMED_PHASE_B
- ..AC_ENERGY_CONSUMED_PHASE_C
- ..AC_ENERGY_PRODUCED
- ..AC_ENERGY_PRODUCED_PHASE_A
- ..AC_ENERGY_PRODUCED_PHASE_B
- ..AC_ENERGY_PRODUCED_PHASE_C
enforce_updates: True
on_update: .TIME = sh...UPDATE_FLAG_3SEC.last_update().strftime('%H:%M:%S')
TIME:
remark: Wann zuletzt der Datensatz sich geändert hat (soll dazu dienen im Tablet sehen zu können, ob die Zeit zu der aktuelle Uhrzeit passt)
name: Letztes Update um
type: str
value: '---'
AC_CURRENT_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40076 40076 1 R 0x03 A_SF sunssf
type: num
name: AC_CURRENT_SF [], Scale Factor für AC_CURRENT, AC_PHASE_A_CURRENT, AC_PHASE_B_CURRENT, AC_PHASE_C_CURRENT
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40075
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_CURRENT:
name: AC_CURRENT [A], Summe aller AC Phasenströme
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_CURRENT_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40072 40072 1 R 0x03 A AC Current int16 A A_SF
type: num
name: AC_CURRENT [A], Summe aller AC Phasenströme
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40071
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_CURRENT_PHASE_A:
name: AC_CURRENT_PHASE_A [A], AC-Strom L1
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_CURRENT_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40073 40073 1 R 0x03 AphA Phase A Current int16 A A_SF
type: num
name: AC_PHASE_A_CURRENT [A], AC-Strom L1
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40072
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_CURRENT_PHASE_B:
name: AC_CURRENT_PHASE_B [A], AC-Strom L2
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_CURRENT_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40074 40074 1 R 0x03 AphB Phase B Current int16 A A_SF
type: num
name: AC_PHASE_B_CURRENT [A], AC-Strom L2
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40073
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_CURRENT_PHASE_C:
name: AC_CURRENT_PHASE_C [A], AC-Strom L3
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_CURRENT_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40075 40075 1 R 0x03 AphC Phase C Current int16 A A_SF
type: num
name: AC_PHASE_C_CURRENT [A], AC-Strom L3
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40074
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_VOLTAGE_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40085 40085 1 R 0x03 V_SF Voltage scale factor sunssf
type: num
name: AC_VOLTAGE_SF [], Scale Factor für AC_VOLTAGE_PHASE_A_TO_N, AC_VOLTAGE_PHASE_B_TO_N, AC_VOLTAGE_PHASE_C_TO_N, AC_VOLTAGE_PHASE_A_TO_B, AC_VOLTAGE_PHASE_B_TO_C, AC_VOLTAGE_PHASE_C_TO_A
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40084
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_VOLTAGE_PHASE_A_TO_N:
name: AC_VOLTAGE_PHASE_A_TO_N [V], AC-Spannung L1
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_VOLTAGE_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40078 40078 1 R 0x03 PhVphA Phase Voltage AN int16 V V_SF
type: num
name: AC_VOLTAGE_PHASE_A_TO_N [V], AC-Spannung L1
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40077
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_VOLTAGE_PHASE_B_TO_N:
name: AC_VOLTAGE_PHASE_B_TO_N [V], AC-Spannung L2
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_VOLTAGE_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40079 40079 1 R 0x03 PhVphB Phase Voltage BN int16 V V_SF
type: num
name: AC_VOLTAGE_PHASE_B_TO_N [V], AC-Spannung L2
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40078
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_VOLTAGE_PHASE_C_TO_N:
name: AC_VOLTAGE_PHASE_C_TO_N [V], AC-Spannung L3
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_VOLTAGE_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40080 40080 1 R 0x03 PhVphC Phase Voltage CN int16 V V_SF
type: num
name: AC_VOLTAGE_PHASE_C_TO_N [V], AC-Spannung L3
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40079
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_VOLTAGE_PHASE_A_TO_B:
name: AC_VOLTAGE_PHASE_A_TO_B [V], AC-Spannung L1..L2
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_VOLTAGE_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40082 40082 1 R 0x03 PhVphAB Phase Voltage AB int16 V V_SF
type: num
name: AC_VOLTAGE_PHASE_A_TO_B [V], AC-Spannung L1..L2
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40081
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_VOLTAGE_PHASE_B_TO_C:
name: AC_VOLTAGE_PHASE_B_TO_C [V], AC-Spannung L2..L3
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_VOLTAGE_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40083 40083 1 R 0x03 PhVphBC Phase Voltage BC int16 V V_SF
type: num
name: AC_VOLTAGE_PHASE_B_TO_C [V], AC-Spannung L2..L3
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40082
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_VOLTAGE_PHASE_C_TO_A:
name: AC_VOLTAGE_PHASE_C_TO_A [V], AC-Spannung L3..L1
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_VOLTAGE_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_CURRENT_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40084 40084 1 R 0x03 PhVphCA Phase Voltage CA int16 V V_SF
type: num
name: AC_VOLTAGE_PHASE_C_TO_A [V], AC-Spannung L3..L1
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40083
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_FREQUENCY_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40087 40087 1 R 0x03 Hz_SF Frequency scale factor sunssf -2
type: num
name: AC_FREQUENCY_SF [], Scale Factor für AC_FREQUENCY
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40086
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_FREQUENCY:
name: AC_FREQUENCY [Hz], Mittlere Frequenz
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_FREQUENCY_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_FREQUENCY_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40086 40086 1 R 0x03 Hz Frequency int16 Hz Hz_SF
type: num
name: AC_FREQUENCY [A], Mittlere Frequenz
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40085
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_POWER_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40092 40092 1 R 0x03 W_SF Real Power scale factor sunssf auto-scaled on W, WphA, WphB and WphC
type: num
name: AC_POWER_SF [], Scale Factor für AC_POWER, AC_POWER_PHASE_A, AC_POWER_PHASE_B, AC_POWER_PHASE_C
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40091
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_POWER:
name: AC_POWER [W], Gesamte Wirkleistung (P) am SmartMeter
type: num
cache: 'True'
database: 'yes' # SM - AC_POWER [W]
database_maxage: 7
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_POWER_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_POWER_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40088 40088 1 R 0x03 W Total Real Power int16 W W_SF
type: num
name: AC_POWER [W], Gesamte Wirkleistung (P) am SmartMeter
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40087
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_POWER_PHASE_A:
name: AC_POWER_PHASE_A [W], Wirkleistung (P) am SmartMeter L1
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_POWER_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_POWER_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40089 40089 1 R 0x03 WphA Watts phase A int16 W W_SF
type: num
name: AC_POWER [W], Wirkleistung (P) am SmartMeter L1
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40088
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_POWER_PHASE_B:
name: AC_POWER_PHASE_B [W], Wirkleistung (P) am SmartMeter L2
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_POWER_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_POWER_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40090 40090 1 R 0x03 WphB Watts phase B int16 W W_SF
type: num
name: AC_POWER_PHASE_B [W], Wirkleistung (P) am SmartMeter L2
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40089
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_POWER_PHASE_C:
name: AC_POWER_PHASE_C [W], Wirkleistung (P) am SmartMeter L3
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_POWER_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_POWER_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40091 40091 1 R 0x03 WphC Watts phase C int16 W W_SF
type: num
name: AC_POWER_PHASE_C [W], Wirkleistung (P) am SmartMeter L3
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40090
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_ENERGY_SF:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40124 40124 1 R 0x03 TotWh_SF Real Energy scale factor sunssf
type: num
name: AC_ENERGY_SF [], Scale Factor für AC_ENERGY_CONSUMED, AC_ENERGY_CONSUMED_PHASE_A, AC_ENERGY_CONSUMED_PHASE_B, AC_ENERGY_CONSUMED_PHASE_C, AC_ENERGY_PRODUCED, AC_ENERGY_PRODUCED_PHASE_A, AC_ENERGY_PRODUCED_PHASE_B, AC_ENERGY_PRODUCED_PHASE_C
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40123
modBusDataType@modbus_wr1_fast: int16
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_ENERGY_PRODUCED:
name: AC_ENERGY_PRODUCED [Wh], Exportierte AC Energie ans Netz am SmartMeter
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40108 40109 2 R 0x03 TotWhExp Total Real Energy Exported acc32 Wh TotWh_SF
type: num
name: AC_ENERGY_PRODUCED [Wh], Exportierte AC Energie ans Netz am SmartMeter
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40107
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
START_DAY_ENERGY:
name: AC_ENERGY_PRODUCED - START_DAY_ENERGY [kWh], Produzierte AC Energie um 0Uhr
type: num
cache: 'True'
#database: 'yes'
eval: (sh.R02.SM1.MODBUS_TCP.AC_ENERGY_PRODUCED() / 1000)
eval_trigger:
- .TIME_TRIGGER
TIME_TRIGGER:
type: num
crontab: '0 0 * * = 1'
enforce_updates: true
ENERGY_TODAY:
name: AC_ENERGY_PRODUCED - TODAY [kWh], Produzierte AC Energie heute
type: num
cache: 'True'
eval: ((sh.R02.SM1.MODBUS_TCP.AC_ENERGY_PRODUCED() / 1000) - sh.R02.SM1.MODBUS_TCP.AC_ENERGY_PRODUCED.START_DAY_ENERGY())
eval_trigger:
- R02.SM1.MODBUS_TCP.AC_ENERGY_PRODUCED
AC_ENERGY_PRODUCED_PHASE_A:
name: AC_ENERGY_PRODUCED_PHASE_A [Wh], Exportierte AC Energie ans Netz am SmartMeter L1
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40110 40111 2 R 0x03 TotWhExpPhA Total Watt-hours Exported phase A acc32 Wh TotWh_SF
type: num
name: AC_ENERGY_PRODUCED_PHASE_A [Wh], Exportierte AC Energie ans Netz am SmartMeter L1
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40109
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_ENERGY_PRODUCED_PHASE_B:
name: AC_ENERGY_PRODUCED_PHASE_B [Wh], Exportierte AC Energie ans Netz am SmartMeter L2
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40112 40113 2 R 0x03 TotWhExpPhB Total Watt-hours Exported phase B acc32 Wh TotWh_SF
type: num
name: AC_ENERGY_PRODUCED_PHASE_B [Wh], Exportierte AC Energie ans Netz am SmartMeter L2
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40111
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_ENERGY_PRODUCED_PHASE_C:
name: AC_ENERGY_PRODUCED_PHASE_C [Wh], Exportierte AC Energie ans Netz am SmartMeter L3
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40114 40115 2 R 0x03 TotWhExpPhC Total Watt-hours Exported phase C acc32 Wh TotWh_SF
type: num
name: AC_ENERGY_PRODUCED_PHASE_C [Wh], Exportierte AC Energie ans Netz am SmartMeter L3
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40113
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_ENERGY_CONSUMED:
name: AC_ENERGY_CONSUMED [Wh], Bezogene AC Energie vom Netz am SmartMeter
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40116 40117 2 R 0x03 TotWhImp Total Real Energy Imported acc32 Wh TotWh_SF
type: num
name: AC_ENERGY_CONSUMED [Wh], Bezogene AC Energie vom Netz am SmartMeter
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40115
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
START_DAY_ENERGY:
name: AC_ENERGY_CONSUMED - START_DAY_ENERGY [kWh], Konsumierte AC Energie um 0Uhr
type: num
cache: 'True'
#database: 'yes'
eval: (sh.R02.SM1.MODBUS_TCP.AC_ENERGY_CONSUMED() / 1000)
eval_trigger:
- .TIME_TRIGGER
TIME_TRIGGER:
type: num
crontab: '0 0 * * = 1'
enforce_updates: true
ENERGY_TODAY:
name: AC_ENERGY_CONSUMED - TODAY [kWh], Konsumierte AC Energie heute
type: num
cache: 'True'
eval: ((sh.R02.SM1.MODBUS_TCP.AC_ENERGY_CONSUMED() / 1000) - sh.R02.SM1.MODBUS_TCP.AC_ENERGY_CONSUMED.START_DAY_ENERGY())
eval_trigger:
- R02.SM1.MODBUS_TCP.AC_ENERGY_CONSUMED
AC_ENERGY_CONSUMED_PHASE_A:
name: AC_ENERGY_CONSUMED_PHASE_A [Wh], Bezogene AC Energie vom Netz am SmartMeter L1
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40118 40119 2 R 0x03 TotWhImpPhA Total Watt-hours Imported phase A acc32 Wh TotWh_SF
type: num
name: AC_ENERGY_CONSUMED_PHASE_A [Wh], Bezogene AC Energie vom Netz am SmartMeter L1
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40117
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_ENERGY_CONSUMED_PHASE_B:
name: AC_ENERGY_CONSUMED_PHASE_B [Wh], Bezogene AC Energie vom Netz am SmartMeter L2
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40120 40121 2 R 0x03 TotWhImpPhB Total Watt-hours Imported phase B acc32 Wh TotWh_SF
type: num
name: AC_ENERGY_CONSUMED_PHASE_B [Wh], Bezogene AC Energie vom Netz am SmartMeter L2
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40119
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
AC_ENERGY_CONSUMED_PHASE_C:
name: AC_ENERGY_CONSUMED_PHASE_C [Wh], Bezogene AC Energie vom Netz am SmartMeter L3
type: num
cache: 'True'
#database: 'yes'
eval: (sh..RAW() * math.pow(10, sh.R02.SM1.MODBUS_TCP.AC_ENERGY_SF()))
eval_trigger:
- .RAW
# - R02.SM1.MODBUS_TCP.AC_ENERGY_SF
RAW:
# Start End Sz R/W Func. Description Type Unit Scale
# -------------------------------------------------------------------------------------------------------------
# 40122 40123 2 R 0x03 TotWhImpPhC Total Watt-hours Imported phase C acc32 Wh TotWh_SF
type: num
name: AC_ENERGY_CONSUMED_PHASE_C [Wh], Bezogene AC Energie vom Netz am SmartMeter L3
modBusObjectType@modbus_wr1_fast: HoldingRegister
modBusDirection@modbus_wr1_fast: read
modBusAddress@modbus_wr1_fast: 40121
modBusDataType@modbus_wr1_fast: uint32
modBusFactor@modbus_wr1_fast: 1
modBusUnit@modbus_wr1_fast: '200'
R15:
FAIKIN:
STATE:
type: dict
mqtt_topic_in: "state/<euer FAIKIN Netzwerkname>/status"
on_change:
- .TEMP_LIQUID = value['liquid']
- .TEMP_OUTSIDE = value['outside']
- .TEMP_INSIDE = value['home']
- .ONLINE = value['online']
- .FAN_RPM = value['fanrpm']
- .STATUS_HEAT = value['heat']
- .STATUS_POWER_ON = value['power']
- .STATUS_DEMAND = value['demand']
- .COMP = value['comp']
- .ENERGY = value['Wh'] / 1000
- .STATUS_MODE = value['mode']
- .SET_TEMP = value['temp']
- .STATUS_FANSTEP = value['fan']
- .STATUS_SWINGH = value['swingh']
- .STATUS_SWINGV = value['swingv']
- .STATUS_ECONO = value['econo']
- .STATUS_POWERFUL= value['powerful']
- .STATUS_COMFORT = value['comfort']
- .STATUS_STREAMER = value['streamer']
- .STATUS_SENSOR = value['sensor']
- .STATUS_QUIET = value['quiet']
- ..POWER = value['power']
- ..SET_TEMP = value['temp']
- ..DEMAND = value['demand']
- ..POWERFUL= value['powerful']
- ..ECONO = value['econo']
- ..STREAMER = value['streamer']
- ..SENSOR = value['sensor']
- ..QUIET = value['quiet']
- ..COMFORT = value['comfort']
- ..MODE = value['mode']
- ..FAN = value['fan']
TEMP_LIQUID:
type: num
TEMP_OUTSIDE:
type: num
TEMP_INSIDE:
type: num
ONLINE:
type: bool
FAN_RPM:
type: num
STATUS_HEAT:
type: bool
STATUS_POWER_ON:
type: bool
STATUS_DEMAND:
type: num
COMP:
type: num
ENERGY:
type: num
STATUS_MODE:
type: str
SET_TEMP:
type: num
STATUS_FANSTEP:
type: str
STATUS_SWINGH:
type: bool
enforce_updates: true
STATUS_SWINGV:
type: bool
enforce_updates: true
STATUS_ECONO:
type: bool
STATUS_POWERFUL:
type: bool
STATUS_COMFORT:
type: bool
STATUS_STREAMER:
type: bool
STATUS_SENSOR:
type: bool
STATUS_QUIET:
type: bool
FORCE_UPDATE_STATUS:
name: Faikin erzwingen nochmal den Status mit den aktuellen Daten zu senden.
mqtt_topic_out: "command/R33-Faikin-CC8DA220EF54/status"
type: bool
enforce_updates: 'True'
POWER:
name: Faikin Steuerung fuer den Einschaltzustand (true, false), Status wird vom Item STATE gesetzt.
mqtt_topic_out: "command/<euer FAIKIN Netzwerkname>/power"
type: bool
SET_TEMP:
name: Solltemperatur, Istwert wird von STATE gesetzt
mqtt_topic_out: "command/<euer FAIKIN Netzwerkname>/temp"
type: num
DEMAND:
name: Bedarfssteuerung (40, 45, 50, .., 95, 100), Istwert wird von STATE gesetzt
mqtt_topic_out: "command/<euer FAIKIN Netzwerkname>/demand"
type: num
POWERFUL:
name: Faikin Steuerung fuer den Powerful Modus (true, false), Status wird vom Item STATE gesetzt.
mqtt_topic_out: "command/<euer FAIKIN Netzwerkname>/powerful"
type: bool
ECONO:
name: Faikin Steuerung fuer den Eco Modus (true, false), Status wird vom Item STATE gesetzt.
mqtt_topic_out: "command/<euer FAIKIN Netzwerkname>/econo"
type: bool
STREAMER:
name: Faikin Steuerung fuer den Streamer (true, false), Status wird vom Item STATE gesetzt.
mqtt_topic_out: "command/<euer FAIKIN Netzwerkname>/streamer"
type: bool
SENSOR:
name: Faikin Steuerung fuer das Sensorauge (true, false), Status wird vom Item STATE gesetzt.
mqtt_topic_out: "command/<euer FAIKIN Netzwerkname>/sensor"
type: bool
QUIET:
name: Faikin Steuerung fuer den Leise Ausseneinheit Modus (true, false), Status wird vom Item STATE gesetzt.
mqtt_topic_out: "command/<euer FAIKIN Netzwerkname>/quiet"
type: bool
COMFORT:
name: Faikin Steuerung fuer die Lamellensteuerung Comfort (true, false), Status wird vom Item STATE gesetzt.
mqtt_topic_out: "command/<euer FAIKIN Netzwerkname>/comfort"
type: bool
FAN:
name: Faikin Steuerung fuer den Fan (1, 2, 3, 4, 5, Q, A), Status wird vom Item STATE gesetzt.
type: str
COMMAND:
name: Faikin Steuerung fuer den Fan - MQTT Sendekommandos (1, 2, 3, 4, 5, night, auto), Status wird vom Item STATE gesetzt. Standard is auto, Ansteuerung ueber (1, 2, 3, 4, 5, Q, A)
mqtt_topic_out: "command/<euer FAIKIN Netzwerkname>/fan"
type: str
eval: ("1") if (value == '1') else ("2") if (value == '2') else ("3") if (value == '3') else ("4") if (value == '4') else ("5") if (value == '5') else ("night") if (value == 'Q') else ("auto") if (value == 'A') else ("auto")
eval_trigger:
- ...FAN
MODE:
name: Faikin Steuerung fuer den Mode (A, H, C, D, F), Status wird vom Item STATE gesetzt. Wert wird gecached, so dass bei Neustart die Klimaanlage nicht eingeschaltet wird auf Grund der Aenderung von "" auf "xyz"
type: str
cache: 'True'
COMMAND:
name: Faikin Steuerung fuer den Mode - MQTT Sendekommandos (auto, heat, cool, dry, fan), Status wird vom Item STATE gesetzt. Standard is cool, Ansteuerung ueber (A, H, C, D, F). Wert wird gecached, so dass bei Neustart die Klimaanlage nicht eingeschaltet wird auf Grund der Aenderung von "" auf "xyz"
mqtt_topic_out: "command/<euer FAIKIN Netzwerkname>/mode"
type: str
cache: 'True'
eval: ("auto") if (value == 'A') else ("heat") if (value == 'H') else ("cool") if (value == 'C') else ("dry") if (value == 'D') else ("fan") if (value == 'F') else ("cool")
eval_trigger: ...MODE
SWING:
name: Faikin Steuerung fuer die Lamellenansteuerung - MQTT Sendekommandos (H, V, H+V), Status wird vom Item STATE gesetzt. Info - Comfort beeinflusst V und umgekehrt, Ansteuerung ueber (H, V, H+V)
mqtt_topic_out: "command/<euer FAIKIN Netzwerkname>/swing"
type: str
eval: value if ((value != True) and (value != False)) else ("H+V") if ((sh...STATE.STATUS_SWINGH() == True) and (sh...STATE.STATUS_SWINGV() == True)) else ("H") if (sh...STATE.STATUS_SWINGH() == True) else ("V") if (sh...STATE.STATUS_SWINGV() == True) else ("Off")
eval_trigger:
- ..STATE.STATUS_SWINGH
{{ basic.stateswitch('', 'R15.FAIKN.POWER', 'mini', [1,0], ['control_standby.svg', 'control_standby.svg'], ['', ''], ['icon1', 'icon0'], 'blink') }}
{{ basic.slider('', 'R15.FAIKN.SET_TEMP', '18', '32', '0.5', '', 'input', '', '', '0') }}
{{ basic.slider('', 'R15.FAIKN.DEMAND', '40', '100', '5', '', 'input', '', '', '0') }}
{{ basic.select('', 'R15.FAIKN.MODE', 'mini', ['A','H','C','D','F'], ['', '', '', '', ''], ['Auto', 'Heat', 'Cool', 'Dry', 'Fan'], '', 'none') }}
{{ basic.select('', 'R15.FAIKN.FAN', 'mini', ['1','2','3','4','5','Q','A'], ['edit_numeric_1.svg', 'edit_numeric_2.svg', 'edit_numeric_3.svg', 'edit_numeric_4.svg', 'edit_numeric_5.svg', 'audio_volume_mute.svg', 'time_automatic.svg'], ['1', '2', '3', '4', '5', 'Night', 'Auto'], '', 'none') }}
{{ basic.select('', 'R15.FAIKN.SWING', 'mini', ['Off', 'H+V','H','V'], ['control_home.svg', 'control_plus.svg', 'control_dots_hor_e.svg', 'control_dots_vert_e.svg'], ['Fest', 'H+V', 'H', 'V'], '', 'none') }}
{{ basic.stateswitch('', 'R15.FAIKN.COMFORT', 'mini', [1,0], 'vent_ventilation_control.svg', 'Comf', ['icon1', 'icon0'], 'blink') }}
{{ basic.stateswitch('', 'R15.FAIKN.QUIET', 'mini', [1,0], 'audio_volume_mute.svg', 'Quiet', ['icon1', 'icon0'], 'blink') }}
{{ basic.stateswitch('', 'R15.FAIKN.POWERFUL', 'mini', [1,0], 'scene_fitness_2.svg', 'Powerf', ['icon1', 'icon0'], 'blink') }}
{{ basic.stateswitch('', 'R15.FAIKN.ECONO', 'mini', [1,0], 'time_eco_mode.svg', 'Econo', ['icon1', 'icon0'], 'blink') }}
{{ basic.stateswitch('', 'R15.FAIKN.STREAMER', 'mini', [1,0], 'sani_cooling.svg', 'Stream', ['icon1', 'icon0'], 'blink') }}
{{ basic.stateswitch('', 'R15.FAIKN.SENSOR', 'mini', [1,0], 'message_presence.svg', 'Sensor', ['icon1', 'icon0'], 'blink') }}
{{ basic.stateswitch('', 'R15.FAIKN.FORCE_UPDATE_STATUS', 'mini', 1, 'jquery_refresh.svg', 'Update', '', 'blink') }}
{{ basic.print('', 'R15.FAIKN.STATE.TEMP_INSIDE', '°' ) }}
...
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