gPlugD Scripts for various DSRM Smart Meters

sagemcom-xt211-groupe-e.be

>D
; Based on gPlugD v1.11 DSRM (19.2.25) with additional values read out 
; Adapted to work with the Sagemcom XT211 from Groupe E which differs in some OBIS codes 
upH=0
sr=0
ss=0

rBlink=0
d=750
bu=0
noWifi=0

; define pins
rL=6
gL=5
bL=7
butA=9

; shared var within local network
g:Pi=0
g:Po=0

>B
; enable mDNS
->setOption55 1

; activate data parsing
->sensor53 r

; Output data in console - use this to identify the raw data returned from your smart meter
;->sensor53 d1

; show data receive with green led
->Sensor53 l5

;configure GPIO
spinm(rL O)
spinm(gL O)
spinm(bL O)
spinm(butA P)

>BS
; lightshow at startup
spin(rL 1)
delay(d)
spin(gL 1)
; r + g = y
delay(d)
spin(rL 0)
delay(d)
spin(gL 0)
spin(bL 1)
delay(d)
spin(bL 0)

; referrer check
->SetOption128 ON

; MQTT publish rate 1/10 Hz
->teleperiod 10

; dynamic wifi Tx power (Tasmota >14.x)
->wifipower 0

; show CPU temperature in webUI
; SetOption146 1

>M 1

+1,4,o,0,115200,z

; Identification (IDs, time, header)
1,0-0:0.0.0(@1,SM-ID,,SMid,0          ; equipment ID
1,0-0:96.1.2(@1,ID,,ID,0              ; serial/identifier
1,0-0:96.1.4(@1,FW,,FW,0              ; firmware
1,0-0:1.0.0(@1,DateTime,,DateTime,0   ; meter time

; Tariff / status / messages / events
1,0-0:96.14.0(@1,Tariff ___ 96_14_0,,Tariff,0        ; tariff indicator (T1/T2)
1,0-0:96.7.21(@1,OutagesShort ___ 96_7_21,,OutagesShort,0 ; short outages count
1,0-0:96.7.9(@1,OutagesLong ___ 96_7_9,,OutagesLong,0     ; long outages count
1,1-0:99.97.0(@1,EventLog ___ 99_97_0,,EventLog,0         ; event log (cause,time,duration)
1,0-0:98.1.0(@1,LP_Records ___ 98_1_0,,LP_Records,0       ; load profile records
1,0-0:96.13.0(@1,Msg1 ___ 96_13_0,,Msg1,0                 ; utility msg 1
1,0-0:96.13.1(@1,Msg2 ___ 96_13_1,,Msg2,0                 ; utility msg 2

; Voltage quality counters (sags/swells per phase)
1,1-0:32.32.0(@1,SagL1 ___ 32_32_0,,SagL1,0    ; sags L1
1,1-0:52.32.0(@1,SagL2 ___ 52_32_0,,SagL2,0    ; sags L2
1,1-0:72.32.0(@1,SagL3 ___ 72_32_0,,SagL3,0    ; sags L3
1,1-0:32.36.0(@1,SwellL1 ___ 32_36_0,,SwellL1,0 ; swells L1
1,1-0:52.36.0(@1,SwellL2 ___ 32_36_0,,SwellL2,0 ; swells L2
1,1-0:72.36.0(@1,SwellL3 ___ 72_36_0,,SwellL3,0 ; swells L3

; Power (instantaneous active, total and per phase) – kW scaled to W
1,=h<hr/>
1,=h<h4>Real Power In & Out</h4/>
1,1-1:1.7.0(@0.001,Pi ___ 1_7_0,W,Pi,3          ; import total
1,1-1:2.7.0(@0.001,Po ___ 2_7_0,W,Po,3          ; export total

1,=h<hr/>
1,=h<h4>Phase Power In & Out</h4/>
1,1-0:21.7.0(@0.001,P1i ___ 21_7_0,W,P1i,0      ; import L1
1,1-0:41.7.0(@0.001,P2i ___ 41_7_0,W,P2i,0      ; import L2
1,1-0:61.7.0(@0.001,P3i ___ 61_7_0,W,P3i,0      ; import L3
1,1-0:22.7.0(@0.001,P1o ___ 22_7_0,W,P1o,0      ; export L1
1,1-0:42.7.0(@0.001,P2o ___ 42_7_0,W,P2o,0      ; export L2
1,1-0:62.7.0(@0.001,P3o ___ 62_7_0,W,P3o,0      ; export L3

; Phase voltage (V) and current (A)
1,=h<hr/>
1,=h<h4>Phase Voltage & Current</h4/>
1,1-0:32.7.0(@1,V1 ___ 32_7_0,V,V1,1            ; voltage L1
1,1-0:52.7.0(@1,V2 ___ 52_7_0,V,V2,1            ; voltage L2
1,1-0:72.7.0(@1,V3 ___ 72_7_0,V,V3,1            ; voltage L3
;
1,1-0:31.7.0(@1,I1 ___ 31_7_0,A,I1,2            ; current L1
1,1-0:51.7.0(@1,I2 ___ 51_7_0,A,I2,2            ; current L2
1,1-0:71.7.0(@1,I3 ___ 71_7_0,A,I3,2            ; current L3

; Energy (cumulative active, kWh). If 1.8.0/2.8.0 absent, totals are Ei1+Ei2 / Eo1+Eo2 in >S.
1,=h<hr/>
1,=h<h4>Real Energy Counters</h4/>
1,1-1:1.8.1(@1,Ei1 ___ 1_8_1,kWh,Ei1,3          ; import T1
1,1-1:1.8.2(@1,Ei2 ___ 1_8_2,kWh,Ei2,3          ; import T2
1,1-1:2.8.1(@1,Eo1 ___ 2_8_1,kWh,Eo1,3          ; export T1
1,1-1:2.8.2(@1,Eo2 ___ 2_8_2,kWh,Eo2,3          ; export T2
1,1-1:1.8.0(@1,Ei ___ 1_8_0,kWh,Ei,3            ; total import (if present)
1,1-1:2.8.0(@1,Eo ___ 2_8_0,kWh,Eo,3            ; total export (if present)

; Demand (optional)
1,1-0:1.4.0(@0.001,Demand ___ 1_4_0,W,Demand,3  ; avg demand
1,1-1:1.6.0(@1,MaxDemandTS ___ 1_6_0,,MaxDemandTS,3 ; max demand timestamp

#


>S
; every second
sr=sunrise/60
ss=sunset/60
upH=uptime/60

; share latest Pi & Po
Pi=sml[2]
Po=sml[3]

; if no wifi connection after 10 sec, blink red
if wifis==0 {
  noWifi+=1
}
if noWifi>10 {
  rBlink=3
}

if pin[butA]==0 {
  bu+=1
}
if bu>2 {
  rBlink=1
  bu=0
}

>F
; every 100 ms

if rBlink>0 {
  spin(rL 1)
  rBlink-=1
  noWifi=0
} else {
  spin(rL 0)
}

>W
@<style>body{font-family: monospace}h4,h2{margin: 0;color: #1fa3ec}td th{font-weight: normal;}tr th:first-child{text-align: left;}tr td:nth-child(2){text-align: right;color: lime;font-weight:normal;}table{width:100\%;}</style>

@<table><tbody><tr>
    <th>Date \& Time</th><td>%tstamp%</td></tr>
    <tr><th>Uptime</th><td> %1upH%h</td></tr>
</tbody></table>

SAGEMCOM-XT211-GROUPE-E.md

The following is an annotated list of OBIS codes returned by a current SAGEMCOM XT211 Smart Meter installed by Groupe E. The raw values can be seen in the Tasmota console by uncommenting / adding the following line in your gPlug's Script:

; Output data in console - use this to identify the raw data returned from your smart meter
->sensor53 d1

BLUF: Here is the reordered table without the Values column, and with concise labels (no redundant OBIS repeats).

Label	OBIS Code	Unit	Description	Notes/Interpretation
SM-ID	0-0:0.0.0	-	Equipment ID	Manufacturer/meter equipment identifier
ID	0-0:96.1.2	-	Meter serial number	Unique meter identification
FW	0-0:96.1.4	-	Firmware version	Software version running on meter
DateTime	0-0:1.0.0	-	Meter timestamp	Telegram time (YYMMDDhhmmss + season)
Tariff	0-0:96.14.0	-	Tariff indicator	Active tariff (1=T1, 2=T2)
OutagesShort	0-0:96.7.21	count	Short power failures	Total count of short interruptions
OutagesLong	0-0:96.7.9	count	Long power failures	Count of extended outages
EventLog	1-0:99.97.0	-	Power failure event log	Entries with cause, timestamp, duration
LP_Records	0-0:98.1.0	-	Load profile records	Number of stored profile entries
Msg1	0-0:96.13.0	text	Text message	Utility message field
Msg2	0-0:96.13.1	text	Text message	Additional utility message field
SagL1	1-0:32.32.0	count	Voltage sags L1	Dips below threshold on phase 1
SagL2	1-0:52.32.0	count	Voltage sags L2	Dips below threshold on phase 2
SagL3	1-0:72.32.0	count	Voltage sags L3	Dips below threshold on phase 3
SwellL1	1-0:32.36.0	count	Voltage swells L1	Rises above threshold on phase 1
SwellL2	1-0:52.36.0	count	Voltage swells L2	Rises above threshold on phase 2
SwellL3	1-0:72.36.0	count	Voltage swells L3	Rises above threshold on phase 3
Pi	1-0:1.7.0	W	Active power import (total)	Current draw from grid
Po	1-0:2.7.0	W	Active power export (total)	Current feed-in to grid
P1i	1-0:21.7.0	W	L1 import power	Phase 1 consumption
P2i	1-0:41.7.0	W	L2 import power	Phase 2 consumption
P3i	1-0:61.7.0	W	L3 import power	Phase 3 consumption
P1o	1-0:22.7.0	W	L1 export power	Phase 1 feed-in
P2o	1-0:42.7.0	W	L2 export power	Phase 2 feed-in
P3o	1-0:62.7.0	W	L3 export power	Phase 3 feed-in
V1	1-0:32.7.0	V	Voltage L1	Phase 1 voltage
V2	1-0:52.7.0	V	Voltage L2	Phase 2 voltage
V3	1-0:72.7.0	V	Voltage L3	Phase 3 voltage
I1	1-0:31.7.0	A	Current L1	Phase 1 current
I2	1-0:51.7.0	A	Current L2	Phase 2 current
I3	1-0:71.7.0	A	Current L3	Phase 3 current
Ei1	1-0:1.8.1	kWh	Import energy T1	Cumulative consumption tariff 1
Ei2	1-0:1.8.2	kWh	Import energy T2	Cumulative consumption tariff 2
Eo1	1-0:2.8.1	kWh	Export energy T1	Cumulative feed-in tariff 1
Eo2	1-0:2.8.2	kWh	Export energy T2	Cumulative feed-in tariff 2
Ei	1-0:1.8.0	kWh	Import energy total	If exposed by meter; else Ei1+Ei2
Eo	1-0:2.8.0	kWh	Export energy total	If exposed by meter; else Eo1+Eo2
Demand	1-0:1.4.0	W	Average active power demand	Current calculated demand
MaxDemandTS	1-1:1.6.0	-	Maximum demand timestamp	Peak demand occurrence time