# Teleinfo Binding

The Teleinfo binding supports an interface to ENEDIS/ERDF Teleinfo protocol (opens new window) for (French) Electricity Meter. This binding works with a Teleinfo modem plugged to the I1 and I2 terminals of your electricity meter. Teleinfo modems can be ordered (see the list of tested hardware below) or build by yourself (see this example (opens new window)).

Teleinfo is a protocol to read many electrical statistics of your electricity meter: instantaneous power consumption, current price period, meter reading... These values can be used to

  • send your meter reading to your electricity provider with a simple copy/paste,
  • improve your rules and minimize electricity costs,
  • check if your subscription is relevant for your needs,
  • monitor your electricity consumption,

# Supported Things

# Historical TIC mode

Historical TIC mode is the only mode of all telemeters before Linky models and the default mode for Linky telemeters.

The Teleinfo binding provides support for both single-phase and three-phase connection, ICC evolution and the following pricing modes:

  • HCHP mode
  • Base mode
  • Tempo mode
  • EJP mode
Thing type Connection Pricing mode ICC evolution
cbemm_base_electricitymeter single-phase Base
cbemm_ejp_electricitymeter single-phase EJP
cbemm_hc_electricitymeter single-phase HCHP
cbemm_tempo_electricitymeter single-phase Tempo
cbemm_evolution_icc_base_electricitymeter single-phase Base [x]
cbemm_evolution_icc_ejp_electricitymeter single-phase EJP [x]
cbemm_evolution_icc_hc_electricitymeter single-phase HCHP [x]
cbemm_evolution_icc_tempo_electricitymeter single-phase Tempo [x]
cbetm_base_electricitymeter three-phase Base
cbetm_ejp_electricitymeter three-phase EJP
cbetm_hc_electricitymeter three-phase HCHP
cbetm_tempo_electricitymeter three-phase Tempo

# Standard TIC mode

Linky telemeters add a new Standard mode with more detailed information but still provide information on the legacy format under the Historical denomination.

Standard mode doesn't depend on the pricing options, but it adds some useful information for electricity producers.

Thing type Connection Producer mode
lsmm_electricitymeter single-phase
lsmm_prod_electricitymeter single-phase [x]
lstm_electricitymeter three-phase
lstm_prod_electricitymeter three-phase [x]

# Discovery

Before the binding can be used, a serial controller must be added. This needs to be done manually. Select Teleinfo Serial Controller and enter the serial port.

If you want to place the Teleinfo modem apart from your openHAB server, you can forward its serial messages over TCP/IP (ser2net). In this case you have to define the serial port of your Teleinfo modem like this rfc2217://ip:port. When using ser2net make sure to use telnet instead of raw in the ser2net config file.

Once the serial controller added, electricity meters will automatically appear after starting discovery, with default label Teleinfo ADCO #adco where #adco is your electricity meter identifier.

# Thing Configuration

Thing type Parameter Meaning Possible values
serialcontroller serialport Path to the serial controller /dev/ttyXXXX, rfc2217://ip:port
ticMode TIC mode STANDARD, HISTORICAL (default)
*_electricitymeter adco Electricity meter identifier 12 digits number

# Channels

# Historical TIC mode

Channel availability depends on the electricity connection (single or three-phase) and on the pricing mode (Base, HCHP, EJP or Tempo).

Channel Type Description Connection Mode
isousc Number:ElectricCurrent Subscribed electric current All All
ptec String Current pricing period All All
imax Number:ElectricCurrent Maximum consumed electric current Single-phase All
imax1 Number:ElectricCurrent Maximum consumed electric current on phase 1 Three-phase All
imax2 Number:ElectricCurrent Maximum consumed electric current on phase 2 Three-phase All
imax3 Number:ElectricCurrent Maximum consumed electric current on phase 3 Three-phase All
adps Number:ElectricCurrent Excess electric current warning Single-phase All
adir1 Number:ElectricCurrent Excess electric current on phase 1 warning Three-phase All
adir2 Number:ElectricCurrent Excess electric current on phase 2 warning Three-phase All
adir3 Number:ElectricCurrent Excess electric current on phase 3 warning Three-phase All
iinst Number:ElectricCurrent Instantaneous electric current Single-phase All
iinst1 Number:ElectricCurrent Instantaneous electric current on phase 1 Three-phase All
iinst2 Number:ElectricCurrent Instantaneous electric current on phase 2 Three-phase All
iinst3 Number:ElectricCurrent Instantaneous electric current on phase 3 Three-phase All
ppot String Electrical potential presence Three-phase All
pmax Number:Energy Maximum consumed electric power on all phases Three-phase All
papp Number:Power Instantaneous apparent power Three-phase, single-phase (ICC evolution only) All
hhphc String Pricing schedule group All HCHP
hchc Number:Energy Total consumed energy at low rate pricing All HCHP
hchp Number:Energy Total consumed energy at high rate pricing All HCHP
base Number:Energy Total consumed energy All Base
ejphn Number:Energy Total consumed energy at low rate pricing All EJP
ejphpm Number:Energy Total consumed energy at high rate pricing All EJP
bbrhcjb Number:Energy Total consumed energy at low rate pricing on blue days All Tempo
bbrhpjb Number:Energy Total consumed energy at high rate pricing on blue days All Tempo
bbrhcjw Number:Energy Total consumed energy at low rate pricing on white days All Tempo
bbrhpjw Number:Energy Total consumed energy at high rate pricing on white days All Tempo
bbrhcjr Number:Energy Total consumed energy at low rate pricing on red days All Tempo
bbrhpjr Number:Energy Total consumed energy at high rate pricing on red days All Tempo
pejp Number:Duration Prior notice to EJP start All EJP
demain String Following day color All Tempo

# Standard TIC mode

# Common channels

The following channels are available on all Linky telemeters in standard TIC mode.

Channel Type Description
commonLSMGroup#ngtf String Provider schedule name
commonLSMGroup#ltarf String Current pricing label
commonLSMGroup#east Number:Energy Total active energy withdrawn
commonLSMGroup#easf_XX_ Number:Energy Active energy withdrawn from provider on index XX, XX in {01,...,10}
commonLSMGroup#easd_XX_ Number:Energy Active energy withdrawn from distributor on index XX, XX in {01,...,04}
commonLSMGroup#irms1 Number:ElectricCurrent RMS Current on phase 1
commonLSMGroup#urms1 Number:Potential RMS Voltage on phase 1
commonLSMGroup#pref Number:Power Reference apparent power
commonLSMGroup#pcoup Number:Power Apparent power rupture capacity
commonLSMGroup#sinsts Number:Power Instantaneous withdrawn apparent power
commonLSMGroup#smaxsn Number:Power Maximum withdrawn apparent power of the day
commonLSMGroup#smaxsnMinus1 Number:Power Maximum withdrawn apparent power of the previous day
commonLSMGroup#ccasn Number:Power Active charge point N
commonLSMGroup#ccasnMinus1 Number:Power Active charge point N-1
commonLSMGroup#umoy1 Number:Potential Mean Voltage on phase 1
commonLSMGroup#dpm_X_ String Start of mobile peak period X, X in {1,2,3}
commonLSMGroup#fpm_X_ String End of mobile peak period X, X in {1,2,3}
commonLSMGroup#msg1 String Short message
commonLSMGroup#msg2 String Very short message
commonLSMGroup#ntarf String Index of current pricing
commonLSMGroup#njourf String Number of current provider schedule
commonLSMGroup#njourfPlus1 String Number of next day provider schedule
commonLSMGroup#pjourfPlus1 String Profile of next day provider schedule
commonLSMGroup#ppointe String Profile of next rush day
commonLSMGroup#date DateTime Date and Time
commonLSMGroup#smaxsnDate DateTime Timestamp of SMAXSN value
commonLSMGroup#smaxsnMinus1Date DateTime Timestamp of SMAXSN-1 value
commonLSMGroup#ccasnDate DateTime Timestamp of CCASN value
commonLSMGroup#ccasnMinus1Date DateTime Timestamp of CCASN-1 value
commonLSMGroup#umoy1Date DateTime Timestamp of UMOY1 value
commonLSMGroup#dpm_X_Date DateTime Date of DPM_X_, X in {1,2,3}
commonLSMGroup#fpm_X_Date DateTime Date of FPM_X_, X in {1,2,3}
commonLSMGroup#relais_X_ Switch state of relais X, X in {1,...,8}

# Three phase only channels

These channels are available on the following telemeters:

  • lstm_electricitymeter
  • lsmt_prod_electricitymeter
Channel Type Description
threePhasedLSMGroup#irms_X_ Number:ElectricCurrent RMS Current on phase X, X in {2,3}
threePhasedLSMGroup#urms_X_ Number:Potential RMS Voltage on phase X, X in {2,3}
threePhasedLSMGroup#umoy_X_ Number:Potential Mean Voltage on phase X, X in {2,3}
threePhasedLSMGroup#sinsts_X_ Number:Power Instantaneous withdrawn apparent power on phase X, X in {1,2,3}
threePhasedLSMGroup#smaxsn_X_ Number:Power Maximum withdrawn apparent power of the day on phase X, X in {1,2,3}
commonLSMGroup#umoy_X_Date DateTime Timestamp of UMOY_X_ value, X in {2,3}
threePhasedLSMGroup#smaxsn_X_Minus1 Number:Power Maximum withdrawn apparent power on the previous day on phase X, X in {1,2,3}
threePhasedLSMGroup#smaxs_X_nDate DateTime Timestamp of SMAXSN_X_ value, X in {1,2,3}
threePhasedLSMGroup#smaxsn_X_Minus1Date DateTime Timestamp of SMAXSN_X_-1 value, X in {1,2,3}

# Producer only channels

These channels are available on the following telemeters:

  • lsmm_prod_electricitymeter
  • lsmt_prod_electricitymeter
Channel Type Description
producerLSMGroup#eait Number:Energy Total active energy injected
producerLSMGroup#erq_X_ Number:Energy Total reactive energy on index X, X in {1,...,4}
producerLSMGroup#sinsti Number:Energy Instantaneous injected apparent power
producerLSMGroup#smaxin Number:Power Maximum injected apparent power of the day
producerLSMGroup#smaxinMinus1 Number:Power Maximum injected apparent power of the previous day
producerLSMGroup#ccain Number:Power Injected active charge point N
producerLSMGroup#ccainMinus1 Number:Power Injected active charge point N-1
producerLSMGroup#smaxinDate DateTime Timestamp of SMAXIN value
producerLSMGroup#smaxinMinus1Date DateTime Timestamp of SMAXIN-1 value
producerLSMGroup#ccainDate DateTime Timestamp of CCAIN value
producerLSMGroup#ccainMinus1Date DateTime Timestamp of CCAIN-1 value

# Full Example

# Historical TIC mode

The following things file declare a serial USB controller on /dev/ttyUSB0 for a Single-phase Electricity meter with HC/HP option - CBEMM Evolution ICC and adco 031528042289 :

Bridge teleinfo:serialcontroller:teleinfoUSB [ serialport="/dev/ttyUSB0" ]{
    Thing cbemm_evolution_icc_hc_electricitymeter myElectricityMeter [ adco="031528042289"]
}

adco is a 12-digit number written on the electricity meter (There might be two additional digits on the electricity meter, in this case the two last digits must be omitted to obtain 12 digits). The first 6 digits of adco can also be retrieved by pushing 6 times the selection button of your electricity meter, and the last 6 digits by pushing the defilement button.

This items file links some supported channels to items:

Number:Power TLInfoEDF_PAPP "PAPP" <energy> {channel="teleinfo:cbemm_evolution_icc_hc_electricitymeter:teleinfoUSB:myElectricityMeter:papp"}
Number:ElectricCurrent TLInfoEDF_ISOUSC "ISOUSC" <energy> {channel="teleinfo:cbemm_evolution_icc_hc_electricitymeter:teleinfoUSB:myElectricityMeter:isousc"}
String TLInfoEDF_PTEC "PTEC" <energy> {channel="teleinfo:cbemm_evolution_icc_hc_electricitymeter:teleinfoUSB:myElectricityMeter:ptec"}
Number:ElectricCurrent TLInfoEDF_IMAX "IMAX" <energy> {channel="teleinfo:cbemm_evolution_icc_hc_electricitymeter:teleinfoUSB:myElectricityMeter:imax"}
Number:ElectricCurrent TLInfoEDF_ADPS "ADPS" <energy> {channel="teleinfo:cbemm_evolution_icc_hc_electricitymeter:teleinfoUSB:myElectricityMeter:adps"}
Number:ElectricCurrent TLInfoEDF_IINST "IINST" <energy> {channel="teleinfo:cbemm_evolution_icc_hc_electricitymeter:teleinfoUSB:myElectricityMeter:iinst"}
Number:Energy TLInfoEDF_HCHC "HCHC" <energy> {channel="teleinfo:cbemm_evolution_icc_hc_electricitymeter:teleinfoUSB:myElectricityMeter:hchc"}
Number:Energy TLInfoEDF_HCHP "HCHP" <energy> {channel="teleinfo:cbemm_evolution_icc_hc_electricitymeter:teleinfoUSB:myElectricityMeter:hchp"}
String TLInfoEDF_HHPHC "HHPHC" <energy> {channel="teleinfo:cbemm_evolution_icc_hc_electricitymeter:teleinfoUSB:myElectricityMeter:hhphc"}

# Standard TIC mode

The following things file declare a serial USB controller on /dev/ttyUSB0 for a Linky Single-phase Electricity meter in standard TIC mode and adsc 031528042289 :

Bridge teleinfo:serialcontroller:teleinfoUSB [ serialport="/dev/ttyUSB0", ticMode="STANDARD" ]{
    Thing lsmm_electricitymeter myElectricityMeter [ adco="031528042289"]
}

This items file links some supported channels to items:

Number:Power TLInfoEDF_SINSTS "SINSTS" <energy> ["Measurement","Power"] {channel="teleinfo:lsmm_electricitymeter:teleinfoUSB:myElectricityMeter:commonLSMGroup#sinsts"}
Number:ElectricCurrent TLInfoEDF_PREF "PREF" <energy> ["Measurement","Power"] {channel="teleinfo:lsmm_electricitymeter:teleinfoUSB:myElectricityMeter:commonLSMGroup#pref"}
String TLInfoEDF_LTARF "LTARF" <energy> ["Status"] {channel="teleinfo:lsmm_electricitymeter:teleinfoUSB:myElectricityMeter:commonLSMGroup#ltarf"}
Number:ElectricCurrent TLInfoEDF_SMAXSN "SMAXSN" <energy> ["Measurement","Energy"] {channel="teleinfo:lsmm_electricitymeter:teleinfoUSB:myElectricityMeter:commonLSMGroup#smaxsn"}
Number:ElectricCurrent TLInfoEDF_IRMS1 "IRMS1" <energy> ["Measurement","Current"] {channel="teleinfo:lsmm_electricitymeter:teleinfoUSB:myElectricityMeter:commonLSMGroup#irms1"}
Number:Energy TLInfoEDF_EASF01 "EASF01" <energy> ["Measurement","Energy"] {channel="teleinfo:lsmm_electricitymeter:teleinfoUSB:myElectricityMeter:commonLSMGroup#easf01"}
Number:Energy TLInfoEDF_EASF02 "EASF02" <energy> ["Measurement","Energy"] {channel="teleinfo:lsmm_electricitymeter:teleinfoUSB:myElectricityMeter:commonLSMGroup#easf02"}
String TLInfoEDF_NGTF "NGTF" <energy> ["Status"] {channel="teleinfo:lsmm_electricitymeter:teleinfoUSB:myElectricityMeter:commonLSMGroup#ngtf"}
DateTime TLInfoEDF_SMAXSN_DATE "SMAXSN_DATE" <energy> ["Measurement","Energy"] {channel="teleinfo:lsmm_electricitymeter:teleinfoUSB:myElectricityMeter:commonLSMGroup#smaxsnDate"}

# Tested hardware

The Teleinfo binding has been successfully validated with below hardware configuration:

Serial interface Power Energy Meter model Mode(s) TIC mode
GCE Electronics USB Teleinfo module (more details) (opens new window) Actaris A14C5 Single-phase HCHP & Base Historical
Cartelectronic USB Teleinfo modem (more details) (opens new window) Sagem S10C4 Single-phase HCHP Historical
GCE Electronics USB Teleinfo module (more details) (opens new window) Linky Single-phase HCHP Standard
Cartelectronic USB Teleinfo modem (more details) (opens new window) Linky Three-phase TEMPO Standard

The method for changing the TIC mode of a Linky telemeter is explained here (opens new window).