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dsmr50.py
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dsmr50.py
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"""
DSMR Dictionary: version 5 - Fluvius
Use this table to define the OBIS codes that have to be parsed from the meter and publised to the MQTT broker
Please change the MAXRATE and HA_DISCOVERY fields accordingly to allow data to be published
HA_DISCOVERY = 1 but MAXRATE = 0 will still result in no meter data to be published
If you do not want HA_DISCOVERY (and configure your sensors in configuration.yaml) for certain meter data,
but only data to be sent, set HA_DISCOVERY = 0 and MAXRATE > 0.
To completely disable HA_DISCOVERY, set HA_DISCOVERY = False in config.py
Configuration:
OBIS code + all fields (11) must be present in the definition for the data to be parsed properly
index: [
DESCRIPTION,
MQTT_TOPIC,
MQTT_TAG,
REGEX,
UNIT,
DATATYPE,
DATAVALIDATION,
MULTIPLICATION,
MAXRATE,
HA_DISCOVERY,
HA_ICON
]
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
"""
# See the spec for the available OBIS codes:
# https://www.fluvius.be/sites/fluvius/files/2019-12/e-mucs_h_ed_1_3.pdf
# https://www.netbeheernederland.nl/_upload/Files/Slimme_meter_15_a727fce1f1.pdf
# By default, all telegrams will contain 1 OBIS code with a (value)(unit)
# For the timestamp and monthly peak, multiple values are returned, so we need multiple descriptions, tags and units
DESCRIPTION = 0 # Description
# Specifiy multiple descriptions separated by semicolon
MQTT_TOPIC = 1 # MQTT base topic; will be packed in a json message
MQTT_TAG = 2 # MQTT tag in json message
# Needs to be unique per topic
# Specify multiple tags separated by semicolon
REGEX = 3 # Python regex to filter extract data from dsmr telegram
# Test with: https://regex101.com/
UNIT = 4 # Unit of the measurement according to what HA expects
# Specify multiple units separated by semicolon
DATATYPE = 5 # data type of data
# Allowed values: int, float, str
# Keep in mind that only measurements should have value datatype int or float
# Other info should be parsed as str
DATAVALIDATION = 6 # Check on data range; ignore if not valid; sometimes 0's recorded in influxdb
# "0" (zero allowed), "1" (zero not allowed)
MULTIPLICATION = 7 # In case of float of int, multiply factor (eg 1000 is unit is kW, and MQTT wants W)
# Allowed values: number
MAXRATE = 8 # max number of MQTT messages per hour. Assumption is that incoming messages are evenly spread in time
# Allowed values: 0: none, 1: 1 per hour, 12: every 5min, 60: every 1min, 720; every 5sec, 3600: every 1sec
# (if smartmeter would generate more than 1 per second);
HA_DISCOVERY = 9 # This will publish the config to HA, but MAXRATE different than 0 will allow meter data publication
# Allowed values: 0 (False) or 1 (True)
HA_ICON = 10 # HA icons, check https://materialdesignicons.com/
# Define here all the units that are measured by the meter and that are supported in HA as available device classes
# See: https://developers.home-assistant.io/docs/core/entity/sensor/#available-device-classes
ha_supported_units = ["kWh", "kW", "A", "V", "m3", "m\u00b3"]
index_parse_all_elements = ["0-0:1.0.0", "1-0:1.6.0", "0-0:98.1.0"]
# MQTT_TOPIC is prefixed with MQTT_TOPIC_PREFIX (config.py)
# Comment what is not being used
# index: [
# DESCRIPTION,
# MQTT_TOPIC,
# MQTT_TAG,
# REGEX,
# UNIT,
# DATATYPE,
# DATAVALIDATION,
# MULTIPLICATION,
# MAXRATE,
# HA_DISCOVERY,
# HA_ICON
# ]
definition = {
#"1-3:0.2.8":
# ["Version information for P1", "system", "dsmr", "^.*\((.*)\)",
# "", "str", "0", "1", "12", "1", "mdi:counter"],
"0-0:96.1.4":
["Version information", "elec", "version", "^.*\((.*)\)", "",
"str", "1", "1", "60", "1", "mdi:numeric"],
"0-0:96.1.1":
["Equipment identifier", "elec", "serial", "^.*\((\d{28})", "",
"str", "1", "1", "60", "1", "mdi:tag-text-outline"],
"0-0:1.0.0":
["Meter timestamp value;Meter timestamp DST", "elec", "meter_ts_val;meter_ts_dst", "^.*\((\d{12})(S|W)\)", "",
"int;str", "1", "1", "60", "1", "mdi:clock-time-four"],
"0-0:96.7.21.255":
["Number power failures", "elec", "power_failures", "^.*\((.*)\)",
"", "str", "0", "1", "60", "1", "mdi:transmission-tower-off"],
"0-0:96.7.9.255":
["Number long power failures", "elec", "long_power_failures", "^.*\((.*)\)",
"", "str", "0", "1", "60", "1", "mdi:transmission-tower-off"],
"0-0:96.14.0":
["Tariff indicator electricity", "elec", "tariff_indicator", "^.*\((.*)\)",
"", "str", "0", "1", "60", "1", "mdi:weather-night"],
"1-0:21.7.0":
["Instant active power L1 +P", "elec", "P_L1_cons", "^.*\((.*)\*kW\)",
"kW", "float", "0", "1", "60", "1", "mdi:gauge"],
"1-0:41.7.0":
["Instant active power L2 +P", "elec", "P_L2_cons", "^.*\((.*)\*kW\)",
"kW", "float", "0", "1", "60", "0", "mdi:gauge"],
"1-0:61.7.0":
["Instant active power L3 +P", "elec", "P_L3_cons", "^.*\((.*)\*kW\)",
"kW", "float", "0", "1", "60", "0", "mdi:gauge"],
"1-0:22.7.0":
["Instant active power L1 -P", "elec", "P_L1_prod", "^.*\((.*)\*kW\)",
"kW", "float", "0", "1", "60", "1", "mdi:gauge"],
"1-0:42.7.0":
["Instant active power L2 -P", "elec", "P_L2_prod", "^.*\((.*)\*kW\)",
"kW", "float", "0", "1", "60", "0", "mdi:gauge"],
"1-0:62.7.0":
["Instant active power L3 -P", "elec", "P_L3_prod", "^.*\((.*)\*kW\)",
"kW", "float", "0", "1", "60", "0", "mdi:gauge"],
"1-0:1.7.0":
["Actual elec power del +P", "elec", "P_cons", "^.*\((.*)\*kW\)",
"kW", "float", "0", "1", "60", "1", "mdi:gauge"],
"1-0:2.7.0":
["Actual elec power rec -P", "elec", "P_prod", "^.*\((.*)\*kW\)",
"kW", "float", "0", "1", "60", "1", "mdi:gauge"],
"0-1:24.2.1":
["Gas consumption [m\u00b3]", "gas", "gas_cons", "^.*\((.*)\*m3\)",
"kW", "float", "1", "1000", "60", "0", "mdi:counter"],
"0-1:96.1.0":
["Equipment Identifier", "gas", "serial", "^.*\(\d{26}(.*)\)",
"", "str", "1", "1", "60", "0", "mdi:tag-text-outline"],
"1-0:1.8.1":
["Elec consumed (Tariff 1)", "elec", "elec_cons_t1", "^.*\((.*)\*kWh\)",
"kWh", "float", "1", "1", "60", "1", "mdi:counter"],
"1-0:1.8.2":
["Elec consumed (Tariff 2)", "elec", "elec_cons_t2", "^.*\((.*)\*kWh\)",
"kWh", "float", "1", "1", "60", "1", "mdi:counter"],
"1-0:2.8.1":
["Elec produced (Tariff 1)", "elec", "elec_prod_t1", "^.*\((.*)\*kWh\)",
"kWh", "float", "1", "1", "60", "1", "mdi:counter"],
"1-0:2.8.2":
["Elec produced (Tariff 2)", "elec", "elec_prod_t2", "^.*\((.*)\*kWh\)",
"kWh", "float", "1", "1", "60", "1", "mdi:counter"],
# Virtual, not existing in dsmr telegram & specification, to sum tarif 1 & 2 to a single message
"1-0:1.8.3":
["Elec consumed", "elec", "elec_cons", "^.*\((.*)\*kWh\)",
"kWh", "float", "1", "1", "60", "1", "mdi:counter"],
"1-0:2.8.3":
["Elec produced", "elec", "elec_prod", "^.*\((.*)\*kWh\)",
"kWh", "float", "1", "1", "60", "1", "mdi:counter"],
"1-0:32.7.0":
["Instant voltage L1", "elec", "V_L1", "^.*\((.*)\*V\)",
"V", "float", "0", "1", "60", "1", "mdi:gauge"],
"1-0:52.7.0":
["Instant voltage L2", "elec", "V_L2", "^.*\((.*)\*V\)",
"V", "float", "0", "1", "60", "0", "mdi:gauge"],
"1-0:72.7.0":
["Instant voltage L3", "elec", "V_L3", "^.*\((.*)\*V\)",
"V", "float", "0", "1", "60", "0", "mdi:gauge"],
"1-0:31.7.0":
["Instant current L1", "elec", "I_L1", "^.*\((.*)\*A\)",
"A", "float", "0", "1", "60", "1", "mdi:gauge"],
"1-0:51.7.0":
["Instant current L2", "elec", "I_L2", "^.*\((.*)\*A\)",
"A", "float", "0", "1", "60", "0", "mdi:gauge"],
"1-0:71.7.0":
["Instant current L3", "elec", "I_L3", "^.*\((.*)\*A\)",
"A", "float", "0", "1", "60", "0", "mdi:gauge"],
"1-0:32.36.0":
["Number voltage swells L1", "elec", "V_L1_sw", "^.*\((.*)\)",
"", "str", "0", "1", "1", "1", "mdi:elevation-rise"],
"1-0:52.36.0":
["Number voltage swells L2", "elec", "V_L2_sw", "^.*\((.*)\)",
"", "str", "0", "1", "1", "0", "mdi:elevation-rise"],
"1-0:72.36.0":
["Number voltage swells L3", "elec", "V_L3_sw", "^.*\((.*)\)",
"", "str", "0", "1", "1", "0", "mdi:elevation-rise"],
"1-0:32.32.0":
["Number voltage sags L1", "elec", "V_L1_sa", "^.*\((.*)\)",
"", "str", "0", "1", "1", "1", "mdi:elevation-decline"],
"1-0:52.32.0":
["Number voltage sags L2", "elec", "V_L2_sa", "^.*\((.*)\)",
"", "str", "0", "1", "1", "0", "mdi:elevation-decline"],
"1-0:72.32.0":
["Number voltage sags L3", "elec", "V_L3_sa", "^.*\((.*)\)",
"", "str", "0", "1", "1", "0", "mdi:elevation-decline"],
"0-0:96.3.10":
["Breaker state", "elec", "breaker", "^.*\((.*)\)",
"", "str", "0", "1", "60", "1", "mdi:electric-switch"],
"0-0:17.0.0":
["Limiter threshold", "elec", "limiter", "^.*\((.*)\*kW\)",
"", "float", "0", "1", "60", "1", "mdi:speedometer"],
"1-0:31.4.0":
["Fuse supervision threshold L1", "elec", "fuse", "^.*\((.*)\*A\)",
"", "float", "0", "1", "60", "1", "mdi:gauge"],
"0-0:96.13.0":
["Text message", "elec", "text", "^.*\((.*)\)",
"", "str", "0", "1", "60", "1", "mdi:text"],
"1-0:1.6.0":
["Monthly peak timestamp;Monthly peak DST;Monthly peak value", "elec", "m_peak_ts;m_peak_dst;m_peak_val", "^.*\((\d{12})(S|W)\)\((.*)\*kW\)",
"", "int;str;float", "0", "1", "60", "1", "mdi:chart-bar"],
#"0-0:98.1.0":
# ["Historical peaks", "elec", "h_peak", "^.*\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)",
# "", "int", "0", "1", "12", "1", "mdi:chart-bar"],
"1-0:1.4.0":
["Current average demand", "elec", "avg_dem", "^.*\((.*)\*kW\)",
"", "float", "0", "1", "60", "1", "mdi:gauge"]
}
#0-0:98.1.0(9)(1-0:1.6.0)(1-0:1.6.0)(230101000000W)(221218090000W)(04.813*kW)(230201000000W)(230123133000W)(04.325*kW)(230301000000W)(230212183000W)(04.659*kW)(230401000000S)(230310133000W)(04.067*kW)(230501000000S)(230401131500S)(03.131*kW)(230601000000S)(230515133000S)(03.418*kW)(230701000000S)(230630144500S)(03.642*kW)(230801000000S)(230706130000S)(02.415*kW)(230901000000S)(230809190000S)(03.263*kW)
#^.*\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)\((\d{12})(S|W)\)\((\d{12})(S|W)\)\((.*)\*kW\)