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#1

Solaranlagen / Aw: 76_SolarForecast - Informa...

Letzter Beitrag von DS_Starter - 02 Mai 2026, 22:55:23

Ab sofort fahren wir immer alle mit jedem zum Einkaufen - Urlaub - und in die Clubs etc..
Dann passt die KI-Vorhersage - aber wer will das dann alles immer bezahlen.

Na siehst du, für alles gibts eine Lösung ... und mit den vielen tollen Energieeinsparungen die sich dann ergeben kannst du alles locker finanzieren.   

#2

Solaranlagen / Aw: 76_SolarForecast - Informa...

Letzter Beitrag von 300P - 02 Mai 2026, 22:51:11

Ja - nur leider ist sonst meist einer aus der Familie trotzdem immer ,,noch" Zuhause. Das ist das wohl das Hauptroblem 😉

Also:
Nicht nur alle 1-2 x im Jahr zu einem Familientreffen gemeinsam aus dem Haus bzw. weg.😁😁😁
Ab sofort fahren wir immer alle mit jedem zum Einkaufen - Urlaub - und in die Clubs etc..
Dann passt die KI-Vorhersage - aber wer will das dann alles immer bezahlen.


Wirtschaftlich wäre dies die beste Lösung:

Lieber ein Verbrauchschaos an den wenigen Tagen wo wir alle gemeinsam weg sind.....😇

#3

Bastelecke / Aw: unbekanntes Funkprotokoll ...

Letzter Beitrag von Ralf9 - 02 Mai 2026, 22:38:03

Nibble 4:
A: Learn
9: Reset
7: on
0: off => korrekt

Bei den Nachrichten vom 2026.04.11 gibts auch Nibble 4: 1
z.B.

Code Auswählen Erweitern

2026.04.11 06:40:14 MU;P0=282;P1=-169;P2=761;P3=-1026;P4=-679;P5=-317;P6=421;P7=-129;CP=6;R=179;D=23242424256425656565642465246565652467010;e;
U218#04E193_000000100111100010011100_(24)
04E166
04E175
04E184
04E193
04E0A3
04E0B2

Kannst Du bitte auch mal posten wie die Nachrichten aussehen, wenn es von off nach on wechselt?

Hast Du inzwischen überprüft ob Deine berechnung der Prüfsumme passt?

#4

Server - Linux / FHEM Docker Image v5.3.0-beta1...

Letzter Beitrag von Sidey - 02 Mai 2026, 22:32:58

Hallo zusammen,

ich habe ein neues FHEM Docker Image als Beta/Pre-Release bereitgestellt:

v5.3.0-beta1

Code Auswählen Erweitern

docker pull ghcr.io/fhem/fhem-minimal-docker:5.3.0-beta1-bookworm

Code Auswählen Erweitern

docker pull ghcr.io/fhem/fhem-docker:5.3.0-beta1-bookworm
Der Hintergrund ist, dass es in der 5.2.x-Serie vereinzelt Probleme mit zufällig fehlenden Perl-/CPAN-Paketen im Image gegeben hat. Mit der neuen Version wurde der Build-Prozess überarbeitet, damit die benötigten CPAN-Abhängigkeiten besser erkannt, installiert und geprüft werden.

Wichtigste Änderungen:

  - CPAN-Abhängigkeiten werden im Build genauer erfasst und verifiziert.
  - Fehlende oder fehlerhaft installierte Pakete sollen im Build früher auffallen.
  - CPAN-Builds wurden für verschiedene Plattformen stabilisiert.
  - ARM64-Builds laufen nun auf nativen ARM-Runnern.
  - ARMv7-Builds laufen nun auf ARM64-Runnern, um QEMU-Overhead zu reduzieren.

Das Image ist ausdrücklich zum Testen gedacht. Es wird als Pre-Release veröffentlicht!

Wer von Problemen mit fehlenden Paketen in 5.2.x betroffen war oder ein Setup auf ARM/ARM64 nutzt, kann das neue Image gerne testen und Rückmeldung geben.

Release:
https://github.com/fhem/fhem-docker/releases/tag/v5.3.0-beta1

Vielen Dank fürs Testen und für Rückmeldungen.

#5

Solaranlagen / Aw: 76_SolarForecast - Informa...

Letzter Beitrag von DS_Starter - 02 Mai 2026, 22:01:12

Bei dir ist eben immer was los  Wer weiß was da abgeht wenn keiner zuhause ist. 
 
Vermutlich kann deine KI mit dem Status "Abwesenheit" noch nicht gut umgehen, d.h. es gibt in deinen Daten wahrscheinlich zu wenig repräsentative Daten die diesen Status gut modellieren bzw. modellieren die vorhandenen Daten bei Abwesenheit nicht richtig. Da hilft vermutlich nur warten bis mehr Daten mit "Abwesenheit" vorhanden sind die dann entsprechend in das Training eingehen. 

#6

Solaranlagen / Aw: 76_SolarForecast - Informa...

Letzter Beitrag von 300P - 02 Mai 2026, 21:43:53

Heute gab es bei mir "kunterbuntes Durcheinander":

Verbrauch chaotisch - PV-Ertrag (Sonne) auch chaotisch ->> trotzdem :
PV-Ertrag -0.5% (zuviel Ertrag) 

CON auch ganz daneben bei den urplötzlichen Mehr-/Minderverbrauchswerten
NEU->> wöchentlicher Legionellenlauf am Samstag um 14:00 statt "nur" mit der WP ab 14:00 WW-Aufbereitung.
....und den ganzen Tag nicht da (keiner prensent) bzw. unterwegs und auch nur 1 x Waschen......

#7

Solaranlagen / Aw: 76_SolarForecast - Informa...

Letzter Beitrag von DS_Starter - 02 Mai 2026, 21:39:46

Hallo Peter & grappa24,

danke auch euch für die Rückmeldung.

@Peter, bei dir sieht man die Entwicklung des BEV Consumers 15 (csme15) recht gut:

Code Auswählen Erweitern

2026050110 => hod: 10, dayname: Sa, sunaz: 110.60, sunalt: 32.50, rad1h: 1810, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 20.9, socwhsum: 9352
              windspeed: 3.32, windspeed_fast: 1.02, pvrl: 3266, pvrlvd: 1, comforttemp: 21, conaifc: 1019, con: 1157, gcons: 20, presence: 1, holiday: 0
              hpcsm: -, bevcsm: 15, csme01: 0, csme02: 34, csme03: 0, csme04: 0, csme05: 0, csme06: 0, csme07: 0, csme08: 209, csme09: 11, csme10: 30, csme11: 0, csme12: 31, csme13: 0, csme14: 2, csme15: 319, bevcsmSoC15: 68, bevcsmTargSoC15: 90
2026050111 => hod: 11, dayname: Sa, sunaz: 125.80, sunalt: 40.30, rad1h: 2320, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 21.0, socwhsum: 9400
              windspeed: 3.81, windspeed_fast: 1.74, pvrl: 4463, pvrlvd: 1, comforttemp: 21, conaifc: 1071, con: 4201, gcons: 32, presence: 1, holiday: 0
              hpcsm: -, bevcsm: 15, csme01: 0, csme02: 34, csme03: 66, csme04: 0, csme05: 0, csme06: 0, csme07: 632, csme08: 185, csme09: 11, csme10: 23, csme11: 0, csme12: 31, csme13: 0, csme14: 113, csme15: 3143, bevcsmSoC15: 68, bevcsmTargSoC15: 90
2026050112 => hod: 12, dayname: Sa, sunaz: 143.80, sunalt: 46.50, rad1h: 2790, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 23.3, socwhsum: 9400
              windspeed: 3.85, windspeed_fast: 1.58, pvrl: 5390, pvrlvd: 1, comforttemp: 21, conaifc: 1433, con: 4630, gcons: 12, presence: 1, holiday: 0
              hpcsm: -, bevcsm: 15, csme01: 0, csme02: 34, csme03: 229, csme04: 0, csme05: 0, csme06: 0, csme07: 0, csme08: 273, csme09: 11, csme10: 15, csme11: 0, csme12: 31, csme13: 0, csme14: 2, csme15: 3600, bevcsmSoC15: 68, bevcsmTargSoC15: 90
2026050113 => hod: 13, dayname: Sa, sunaz: 165.00, sunalt: 50.30, rad1h: 3050, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 23.6, socwhsum: 9400
              windspeed: 4.36, windspeed_fast: 2.22, pvrl: 5926, pvrlvd: 1, comforttemp: 21, conaifc: 1456, con: 4717, gcons: 6, presence: 1, holiday: 0
              hpcsm: -, bevcsm: 15, csme01: 0, csme02: 34, csme03: 264, csme04: 0, csme05: 0, csme06: 0, csme07: 0, csme08: 223, csme09: 11, csme10: 27, csme11: 0, csme12: 27, csme13: 0, csme14: 2, csme15: 3675, bevcsmSoC15: 75, bevcsmTargSoC15: 90
2026050114 => hod: 14, dayname: Sa, sunaz: 187.80, sunalt: 50.90, rad1h: 3090, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 22.9, socwhsum: 9376
              windspeed: 4.79, windspeed_fast: 2.78, pvrl: 6081, pvrlvd: 1, comforttemp: 21, conaifc: 1475, con: 4580, gcons: 0, presence: 1, holiday: 0
              hpcsm: -, bevcsm: 15, csme01: 0, csme02: 34, csme03: 242, csme04: 0, csme05: 0, csme06: 0, csme07: 0, csme08: 198, csme09: 11, csme10: 28, csme11: 0, csme12: 2, csme13: 0, csme14: 2, csme15: 3571, bevcsmSoC15: 80, bevcsmTargSoC15: 90
2026050115 => hod: 15, dayname: Sa, sunaz: 209.80, sunalt: 48.10, rad1h: 3030, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 22.9, socwhsum: 9376
              windspeed: 4.33, windspeed_fast: 2.52, pvrl: 5931, pvrlvd: 1, comforttemp: 21, conaifc: 1378, con: 4740, gcons: 0, presence: 1, holiday: 0
              hpcsm: -, bevcsm: 15, csme01: 0, csme02: 34, csme03: 287, csme04: 0, csme05: 0, csme06: 0, csme07: 0, csme08: 194, csme09: 11, csme10: 18, csme11: 0, csme12: 30, csme13: 0, csme14: 2, csme15: 3599, bevcsmSoC15: 89, bevcsmTargSoC15: 90
2026050116 => hod: 16, dayname: Sa, sunaz: 228.80, sunalt: 42.50, rad1h: 2730, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 23.7, socwhsum: 9376
              windspeed: 3.81, windspeed_fast: 1.93, pvrl: 5517, pvrlvd: 1, comforttemp: 21, conaifc: 1377, con: 1234, gcons: 0, presence: 1, holiday: 0
              hpcsm: -, bevcsm: 15, csme01: 0, csme02: 34, csme03: 284, csme04: 0, csme05: 0, csme06: 0, csme07: 0, csme08: 240, csme09: 11, csme10: 28, csme11: 0, csme12: 31, csme13: 0, csme14: 2, csme15: 169, bevcsmSoC15: 90, bevcsmTargSoC15: 90
2026050117 => hod: 17, dayname: Sa, sunaz: 244.90, sunalt: 35.10, rad1h: 2260, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 22.9, socwhsum: 9376
              windspeed: 3.78, windspeed_fast: 1.85, pvrl: 4910, pvrlvd: 1, comforttemp: 21, conaifc: 1354, con: 1345, gcons: 0, presence: 1, holiday: 0
              hpcsm: -, bevcsm: 15, csme01: 345, csme02: 34, csme03: 287, csme04: 0, csme05: 0, csme06: 0, csme07: 0, csme08: 178, csme09: 11, csme10: 16, csme11: 0, csme12: 31, csme13: 0, csme14: 2, csme15: 4, bevcsmSoC15: 90, bevcsmTargSoC15: 90
2026050118 => hod: 18, dayname: Sa, sunaz: 258.70, sunalt: 26.80, rad1h: 1700, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 22.9, socwhsum: 9376
              windspeed: 4.13, windspeed_fast: 2.24, pvrl: 4322, pvrlvd: 1, comforttemp: 21, conaifc: 1326, con: 1402, gcons: 0, presence: 0, holiday: 0
              hpcsm: -, bevcsm: 15, csme01: 456, csme02: 34, csme03: 285, csme04: 0, csme05: 0, csme06: 0, csme07: 0, csme08: 214, csme09: 11, csme10: 27, csme11: 0, csme12: 29, csme13: 0, csme14: 2, csme15: 0, bevcsmSoC15: 90, bevcsmTargSoC15: 90

Der Soc läuft vom Start bevcsmSoC15: 68 kontinuierlich bis zum Zielsoc 90% (2026050118). Dann wird der Consumer deaktiviert weil der EV abgesteckt wurde. Genauso würde ich es erwarten.

@grappa24,
mit deinen Daten bin ich noch nicht so zufrieden.
Der BEV Consumer ist die 07.
Wir starten z.B. 2026043016 mit  csme07: 0, bevcsmSoC07: 73, bevcsmTargSoC07: 80:

Code Auswählen Erweitern

2026043016 => hod: 16, dayname: Fr, sunaz: 227.50, sunalt: 46.30, rad1h: 2707, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 17.7, socwhsum: 7619
              windspeed: 2.46, windspeed_fast: 1.27, pvrl: 5670, pvrlvd: 1, comforttemp: 21, conaifc: 503, con: 3923, gcons: 1, presence: 0, holiday: 0
              hpcsm: -, bevcsm: 07, csme07: 0, bevcsmSoC07: 73, bevcsmTargSoC07: 80, csme08: 49, csme09: 20
2026043017 => hod: 17, dayname: Fr, sunaz: 244.00, sunalt: 38.40, rad1h: 2300, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 18.3, socwhsum: 7603
              windspeed: 2.34, windspeed_fast: 1.06, pvrl: 4746, pvrlvd: 1, comforttemp: 21, conaifc: 2759, con: 3271, gcons: 0, presence: 1, holiday: 0
              hpcsm: -, bevcsm: 07, csme07: 0, bevcsmSoC07: 99, bevcsmTargSoC07: 80, csme08: 49, csme09: 20
2026043018 => hod: 18, dayname: Fr, sunaz: 257.70, sunalt: 29.40, rad1h: 1768, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 18.5, socwhsum: 7596
              windspeed: 2.29, windspeed_fast: 1.03, pvrl: 3573, pvrlvd: 1, comforttemp: 21, conaifc: 2078, con: 491, gcons: 0, presence: 1, holiday: 0
              hpcsm: -, bevcsm: 07, csme07: 6691, bevcsmSoC07: 100, bevcsmTargSoC07: 80, csme08: 44, csme09: 0
2026043019 => hod: 19, dayname: Fr, sunaz: 269.70, sunalt: 19.90, rad1h: 1091, wcc: 0, weatherid: 0, rr1c: 0.00, temp: 18.2, socwhsum: 7580
              windspeed: 1.96, windspeed_fast: 1.07, pvrl: 2467, pvrlvd: 1, comforttemp: 21, conaifc: 456, con: 469, gcons: 0, presence: 1, holiday: 0
              hpcsm: -, bevcsm: 07, csme07: 0, bevcsmSoC07: 0, bevcsmTargSoC07: 80, csme08: 31, csme09: 20

D.h. der SoC ist 73% mit Ziel 80%. Geladen wurde nicht (csme07: 0). Soweit ok.
Aber eine Stunde später sind wir bei -> csme07: 0, bevcsmSoC07: 99, bevcsmTargSoC07: 80. D.h. der SoC ist schon auf 99% (über Ziel 80%) und es wurde keine Ladeleistung registriert (csme07: 0).

Wieder eine Stunde später -> csme07: 6691, bevcsmSoC07: 100, bevcsmTargSoC07: 80. Die Batterie wurde inzwischen vollgeladen (100%) über Ziel 80%. Diesmal ist aber die Ladeleistung mit 6691 Wh registriert, vllt. sind hier auch die Stunden davor mit drin?

Zwei Stunden später (2026043020 ) sind wir plötzlich bei Soc 0% -> csme07: 0, bevcsmSoC07: 0, bevcsmTargSoC07: 80. Und wieder eine Stunde später ist der Soc 70% -> csme07: 0, bevcsmSoC07: 70, bevcsmTargSoC07: 80, aber keine Ladeleistung wurde registriert (csme07: 0).

Da werde ich noch nicht schlau daraus. Hast du eine Erklärung dafür oder gibt es noch einen Setup Fehler in deiner Konfig?

LG,
Heiko

#8

Solaranlagen / Aw: 76_SolarForecast - Informa...

Letzter Beitrag von 300P - 02 Mai 2026, 21:31:26

Update 2.6.5 im Contrib.

Prima !
Dann versuch ich mich auch mal damit (morgen)

#9

Sonstiges / Aw: [gelöst] ModbusAttr: Fehle...

Letzter Beitrag von FhemPiUser - 02 Mai 2026, 21:25:19

Hi,

ja, hier meine ModbusAttr Definition meiner Lambda EU13L:

Code Auswählen Erweitern

defmod Lambda_EU13L ModbusAttr 1 55 192.168.x.x:502 TCP
attr Lambda_EU13L closeAfterResponse 0
attr Lambda_EU13L dev-h-combine 40
attr Lambda_EU13L dev-h-read 3
attr Lambda_EU13L dev-h-write 16
attr Lambda_EU13L dev-timing-timeout 15
attr Lambda_EU13L dev-type-S16-len 1
attr Lambda_EU13L dev-type-S16-unpack s>
attr Lambda_EU13L dev-type-S32-len 2
attr Lambda_EU13L dev-type-S32-revRegs 0
attr Lambda_EU13L dev-type-S32-unpack l>
attr Lambda_EU13L dev-type-SL_R2-len 2
attr Lambda_EU13L dev-type-SL_R2-unpack l
attr Lambda_EU13L dev-type-U16-len 1
attr Lambda_EU13L dev-type-U16-revRegs 0
attr Lambda_EU13L dev-type-U16-unpack S>
attr Lambda_EU13L dev-type-U32-len 2
attr Lambda_EU13L dev-type-U32-revRegs 0
attr Lambda_EU13L dev-type-U32-unpack N
attr Lambda_EU13L dev-type-UL_R2-len 2
attr Lambda_EU13L dev-type-UL_R2-revRegs 1
attr Lambda_EU13L dev-type-UL_R2-unpack N
attr Lambda_EU13L disable 0
attr Lambda_EU13L event-on-change-reading .*
attr Lambda_EU13L obj-h0000-poll 1
attr Lambda_EU13L obj-h0000-reading General_Ambient_Error_number
attr Lambda_EU13L obj-h0000-type S16
attr Lambda_EU13L obj-h0001-poll 1
attr Lambda_EU13L obj-h0001-reading General_Ambient_Operating_state
attr Lambda_EU13L obj-h0001-type U16
attr Lambda_EU13L obj-h0002-expr $val/10
attr Lambda_EU13L obj-h0002-poll 1
attr Lambda_EU13L obj-h0002-reading General_Ambient_Actual_ambient_temp
attr Lambda_EU13L obj-h0002-type S16
attr Lambda_EU13L obj-h0003-expr $val/10
attr Lambda_EU13L obj-h0003-poll 1
attr Lambda_EU13L obj-h0003-reading General_Ambient_Actual_ambient_temp_1h
attr Lambda_EU13L obj-h0003-type S16
attr Lambda_EU13L obj-h0004-expr $val/10
attr Lambda_EU13L obj-h0004-poll 1
attr Lambda_EU13L obj-h0004-reading General_Ambient_Calculated_ambient_temp
attr Lambda_EU13L obj-h0004-type S16
attr Lambda_EU13L obj-h0100-poll 1
attr Lambda_EU13L obj-h0100-reading General_E-Manager_Error_number
attr Lambda_EU13L obj-h0100-type S16
attr Lambda_EU13L obj-h0101-poll 1
attr Lambda_EU13L obj-h0101-reading General_E-Manager_Operating_state
attr Lambda_EU13L obj-h0101-type U16
attr Lambda_EU13L obj-h0102-poll 1
attr Lambda_EU13L obj-h0102-reading General_E-Manager_Actual_power
attr Lambda_EU13L obj-h0102-set 1
attr Lambda_EU13L obj-h0102-type S16
attr Lambda_EU13L obj-h0103-poll 1
attr Lambda_EU13L obj-h0103-reading General_E-Manager_Actual_power_consumption
attr Lambda_EU13L obj-h0103-type S16
attr Lambda_EU13L obj-h0104-poll 1
attr Lambda_EU13L obj-h0104-reading General_E-Manager_Power_consumption_setpoint
attr Lambda_EU13L obj-h0104-type S16
attr Lambda_EU13L obj-h0200-poll 1
attr Lambda_EU13L obj-h0200-reading General_System_Settings_Display_serial_number
attr Lambda_EU13L obj-h0200-type U32
attr Lambda_EU13L obj-h0206-poll 1
attr Lambda_EU13L obj-h0206-reading General_System_Settings_Application_software_version_1
attr Lambda_EU13L obj-h0206-type U16
attr Lambda_EU13L obj-h0207-poll 1
attr Lambda_EU13L obj-h0207-reading General_System_Settings_Application_software_version_2
attr Lambda_EU13L obj-h0207-type U16
attr Lambda_EU13L obj-h0208-poll 1
attr Lambda_EU13L obj-h0208-reading General_System_Settings_Application_software_version_3
attr Lambda_EU13L obj-h0208-type U16
attr Lambda_EU13L obj-h0209-poll 1
attr Lambda_EU13L obj-h0209-reading General_System_Settings_Application_software_version_4
attr Lambda_EU13L obj-h0209-type U16
attr Lambda_EU13L obj-h0210-poll 1
attr Lambda_EU13L obj-h0210-reading General_System_Settings_Application_software_version_5
attr Lambda_EU13L obj-h0210-type U16
attr Lambda_EU13L obj-h1000-poll 1
attr Lambda_EU13L obj-h1000-reading Hp_Error_state
attr Lambda_EU13L obj-h1000-type U16
attr Lambda_EU13L obj-h1001-poll 1
attr Lambda_EU13L obj-h1001-reading Hp_Error_number
attr Lambda_EU13L obj-h1001-type S16
attr Lambda_EU13L obj-h1002-poll 1
attr Lambda_EU13L obj-h1002-reading Hp_State
attr Lambda_EU13L obj-h1002-type U16
attr Lambda_EU13L obj-h1003-poll 1
attr Lambda_EU13L obj-h1003-reading Hp_Operating_state
attr Lambda_EU13L obj-h1003-type U16
attr Lambda_EU13L obj-h1004-expr $val/100
attr Lambda_EU13L obj-h1004-poll 1
attr Lambda_EU13L obj-h1004-reading Hp_T-flow
attr Lambda_EU13L obj-h1004-type S16
attr Lambda_EU13L obj-h1005-expr $val/100
attr Lambda_EU13L obj-h1005-poll 1
attr Lambda_EU13L obj-h1005-reading Hp_T-return
attr Lambda_EU13L obj-h1005-type S16
attr Lambda_EU13L obj-h1006-expr $val/100
attr Lambda_EU13L obj-h1006-poll 1
attr Lambda_EU13L obj-h1006-reading Hp_Vol_sink
attr Lambda_EU13L obj-h1006-type S16
attr Lambda_EU13L obj-h1007-expr $val/100
attr Lambda_EU13L obj-h1007-poll 1
attr Lambda_EU13L obj-h1007-reading Hp_T-EQin
attr Lambda_EU13L obj-h1007-type S16
attr Lambda_EU13L obj-h1008-expr $val/100
attr Lambda_EU13L obj-h1008-poll 1
attr Lambda_EU13L obj-h1008-reading Hp_T-EQout
attr Lambda_EU13L obj-h1008-type S16
attr Lambda_EU13L obj-h1009-expr $val/100
attr Lambda_EU13L obj-h1009-poll 1
attr Lambda_EU13L obj-h1009-reading Hp_Vol-source
attr Lambda_EU13L obj-h1009-type S16
attr Lambda_EU13L obj-h1010-expr $val/100
attr Lambda_EU13L obj-h1010-poll 1
attr Lambda_EU13L obj-h1010-reading Hp_Compressor-Rating
attr Lambda_EU13L obj-h1010-type U16
attr Lambda_EU13L obj-h1011-expr $val/10
attr Lambda_EU13L obj-h1011-poll 1
attr Lambda_EU13L obj-h1011-reading Hp_QP_heating
attr Lambda_EU13L obj-h1011-type S16
attr Lambda_EU13L obj-h1012-poll 1
attr Lambda_EU13L obj-h1012-reading Hp_FI_power_consumption
attr Lambda_EU13L obj-h1012-type S16
attr Lambda_EU13L obj-h1013-expr $val/100
attr Lambda_EU13L obj-h1013-poll 1
attr Lambda_EU13L obj-h1013-reading COP
attr Lambda_EU13L obj-h1013-type S16
attr Lambda_EU13L obj-h1014-poll 1
attr Lambda_EU13L obj-h1014-reading Hp_Modbus_request_release_password
attr Lambda_EU13L obj-h1014-set 1
attr Lambda_EU13L obj-h1014-type U16
attr Lambda_EU13L obj-h1015-hint 0,1,2,3,4
attr Lambda_EU13L obj-h1015-poll 1
attr Lambda_EU13L obj-h1015-reading Hp_request_type
attr Lambda_EU13L obj-h1015-set 1
attr Lambda_EU13L obj-h1015-type S16
attr Lambda_EU13L obj-h1016-expr $val/10
attr Lambda_EU13L obj-h1016-poll 1
attr Lambda_EU13L obj-h1016-reading Hp_request_flow_line_temp
attr Lambda_EU13L obj-h1016-set 1
attr Lambda_EU13L obj-h1016-setexpr $val*10
attr Lambda_EU13L obj-h1016-type S16
attr Lambda_EU13L obj-h1017-expr $val/10
attr Lambda_EU13L obj-h1017-poll 1
attr Lambda_EU13L obj-h1017-reading Hp_request_return_line_temp
attr Lambda_EU13L obj-h1017-set 1
attr Lambda_EU13L obj-h1017-setexpr $val*10
attr Lambda_EU13L obj-h1017-type S16
attr Lambda_EU13L obj-h1018-expr $val/10
attr Lambda_EU13L obj-h1018-poll 1
attr Lambda_EU13L obj-h1018-reading Hp_request_heat_sink_temp_diff
attr Lambda_EU13L obj-h1018-set 1
attr Lambda_EU13L obj-h1018-setexpr $val*10
attr Lambda_EU13L obj-h1018-type S16
attr Lambda_EU13L obj-h1019-poll 1
attr Lambda_EU13L obj-h1019-reading Hp_relay_state_for_2nd_heating_stage
attr Lambda_EU13L obj-h1019-type S16
attr Lambda_EU13L obj-h1020-poll 1
attr Lambda_EU13L obj-h1020-reading Hp_Statistics_VdA_E_since_last_reset
attr Lambda_EU13L obj-h1020-type S32
attr Lambda_EU13L obj-h1022-poll 1
attr Lambda_EU13L obj-h1022-reading Hp_Statistics_VdA_Q_since_last_reset
attr Lambda_EU13L obj-h1022-type S32
attr Lambda_EU13L obj-h1025-poll 1
attr Lambda_EU13L obj-h1025-reading Hp_VdA_Rating
attr Lambda_EU13L obj-h1025-type U16
attr Lambda_EU13L obj-h1026-expr $val/100
attr Lambda_EU13L obj-h1026-poll 1
attr Lambda_EU13L obj-h1026-reading Hp_Hot_Gas_Temperature
attr Lambda_EU13L obj-h1026-type U16
attr Lambda_EU13L obj-h1027-expr $val/100
attr Lambda_EU13L obj-h1027-poll 1
attr Lambda_EU13L obj-h1027-reading Hp_Subcooling_Temperature
attr Lambda_EU13L obj-h1027-type U16
attr Lambda_EU13L obj-h1028-expr $val/100
attr Lambda_EU13L obj-h1028-poll 1
attr Lambda_EU13L obj-h1028-reading Hp_Suction_Gas_Temperature
attr Lambda_EU13L obj-h1028-type S16
attr Lambda_EU13L obj-h1029-expr $val/100
attr Lambda_EU13L obj-h1029-poll 1
attr Lambda_EU13L obj-h1029-reading Hp_Condensation_Temperature
attr Lambda_EU13L obj-h1029-type U16
attr Lambda_EU13L obj-h1030-expr $val/100
attr Lambda_EU13L obj-h1030-poll 1
attr Lambda_EU13L obj-h1030-reading Hp_Evaporation_Temperature
attr Lambda_EU13L obj-h1030-type S16
attr Lambda_EU13L obj-h1031-poll 1
attr Lambda_EU13L obj-h1031-reading Hp_EqM_Rating
attr Lambda_EU13L obj-h1031-type U16
attr Lambda_EU13L obj-h1032-expr $val/100
attr Lambda_EU13L obj-h1032-poll 1
attr Lambda_EU13L obj-h1032-reading Hp_Expansion_Valve_Opening_Angle
attr Lambda_EU13L obj-h1032-type U16
attr Lambda_EU13L obj-h1051-expr $val/10
attr Lambda_EU13L obj-h1051-poll 1
attr Lambda_EU13L obj-h1051-reading Hp_DHW_Output_Power_at_15C
attr Lambda_EU13L obj-h1051-set 1
attr Lambda_EU13L obj-h1051-setexpr $val*10
attr Lambda_EU13L obj-h1051-type u16
attr Lambda_EU13L obj-h1052-expr $val/10
attr Lambda_EU13L obj-h1052-poll 1
attr Lambda_EU13L obj-h1052-reading Hp_Heating_Min_Output_Power_at_15C
attr Lambda_EU13L obj-h1052-set 1
attr Lambda_EU13L obj-h1052-setexpr $val*10
attr Lambda_EU13L obj-h1052-type u16
attr Lambda_EU13L obj-h1053-expr $val/10
attr Lambda_EU13L obj-h1053-poll 1
attr Lambda_EU13L obj-h1053-reading Hp_Heating_Max_Output_Power_at_15C
attr Lambda_EU13L obj-h1053-set 1
attr Lambda_EU13L obj-h1053-setexpr $val*10
attr Lambda_EU13L obj-h1053-type u16
attr Lambda_EU13L obj-h1054-expr $val/10
attr Lambda_EU13L obj-h1054-poll 1
attr Lambda_EU13L obj-h1054-reading Hp_Heating_Min_Output_Power_at_0C
attr Lambda_EU13L obj-h1054-set 1
attr Lambda_EU13L obj-h1054-setexpr $val*10
attr Lambda_EU13L obj-h1054-type u16
attr Lambda_EU13L obj-h1055-expr $val/10
attr Lambda_EU13L obj-h1055-poll 1
attr Lambda_EU13L obj-h1055-reading Hp_Heating_Max_Output_Power_at_0C
attr Lambda_EU13L obj-h1055-set 1
attr Lambda_EU13L obj-h1055-setexpr $val*10
attr Lambda_EU13L obj-h1055-type u16
attr Lambda_EU13L obj-h1056-expr $val/10
attr Lambda_EU13L obj-h1056-poll 1
attr Lambda_EU13L obj-h1056-reading Hp_Heating_Min_Output_Power_at_-15C
attr Lambda_EU13L obj-h1056-set 1
attr Lambda_EU13L obj-h1056-setexpr $val*10
attr Lambda_EU13L obj-h1056-type u16
attr Lambda_EU13L obj-h1057-expr $val/10
attr Lambda_EU13L obj-h1057-poll 1
attr Lambda_EU13L obj-h1057-reading Hp_Heating_Max_Output_Power_at_-15C
attr Lambda_EU13L obj-h1057-set 1
attr Lambda_EU13L obj-h1057-setexpr $val*10
attr Lambda_EU13L obj-h1057-type u16
attr Lambda_EU13L obj-h2000-poll 1
attr Lambda_EU13L obj-h2000-reading Boiler_Error_number
attr Lambda_EU13L obj-h2000-type S16
attr Lambda_EU13L obj-h2001-poll 1
attr Lambda_EU13L obj-h2001-reading Boiler_Operating_state
attr Lambda_EU13L obj-h2001-type U16
attr Lambda_EU13L obj-h2002-expr $val/10
attr Lambda_EU13L obj-h2002-poll 1
attr Lambda_EU13L obj-h2002-reading Boiler_Actual_high_temp
attr Lambda_EU13L obj-h2002-type S16
attr Lambda_EU13L obj-h2003-expr $val/10
attr Lambda_EU13L obj-h2003-poll 1
attr Lambda_EU13L obj-h2003-reading Boiler_Actual_low_temp
attr Lambda_EU13L obj-h2003-type S16
attr Lambda_EU13L obj-h2050-expr $val/10
attr Lambda_EU13L obj-h2050-poll 1
attr Lambda_EU13L obj-h2050-reading Boiler_Maximum_boiler_temp
attr Lambda_EU13L obj-h2050-set 1
attr Lambda_EU13L obj-h2050-setexpr $val*10
attr Lambda_EU13L obj-h2050-type S16
attr Lambda_EU13L obj-h3000-poll 1
attr Lambda_EU13L obj-h3000-reading Buffer_Error_number
attr Lambda_EU13L obj-h3000-type S16
attr Lambda_EU13L obj-h3001-poll 1
attr Lambda_EU13L obj-h3001-reading Buffer_Operating_state
attr Lambda_EU13L obj-h3001-type U16
attr Lambda_EU13L obj-h3002-expr $val/10
attr Lambda_EU13L obj-h3002-poll 1
attr Lambda_EU13L obj-h3002-reading Buffer_Actual_high_temp
attr Lambda_EU13L obj-h3002-type S16
attr Lambda_EU13L obj-h3003-expr $val/10
attr Lambda_EU13L obj-h3003-poll 1
attr Lambda_EU13L obj-h3003-reading Buffer_Actual_low_temp
attr Lambda_EU13L obj-h3003-type S16
attr Lambda_EU13L obj-h3050-expr $val/10
attr Lambda_EU13L obj-h3050-poll 1
attr Lambda_EU13L obj-h3050-reading Buffer_Maximum_buffer_temp
attr Lambda_EU13L obj-h3050-set 1
attr Lambda_EU13L obj-h3050-setexpr $val*10
attr Lambda_EU13L obj-h3050-type S16
attr Lambda_EU13L obj-h5000-poll 1
attr Lambda_EU13L obj-h5000-reading Heating_circuit_Error_number
attr Lambda_EU13L obj-h5000-type S16
attr Lambda_EU13L obj-h5001-poll 1
attr Lambda_EU13L obj-h5001-reading Heating_circuit_Operating_state
attr Lambda_EU13L obj-h5001-type U16
attr Lambda_EU13L obj-h5002-expr $val/10
attr Lambda_EU13L obj-h5002-poll 1
attr Lambda_EU13L obj-h5002-reading Heating_circuit_Flow_line_temp
attr Lambda_EU13L obj-h5002-type S16
attr Lambda_EU13L obj-h5003-expr $val/10
attr Lambda_EU13L obj-h5003-poll 1
attr Lambda_EU13L obj-h5003-reading Heating_circuit_Return_line_temp
attr Lambda_EU13L obj-h5003-type S16
attr Lambda_EU13L obj-h5004-expr $val/10
attr Lambda_EU13L obj-h5004-poll 1
attr Lambda_EU13L obj-h5004-reading Heating_circuit_Room_device_temp
attr Lambda_EU13L obj-h5004-set 1
attr Lambda_EU13L obj-h5004-setexpr $val*10
attr Lambda_EU13L obj-h5004-type S16
attr Lambda_EU13L obj-h5005-expr $val/10
attr Lambda_EU13L obj-h5005-poll 1
attr Lambda_EU13L obj-h5005-reading Heating_circuit_Setpoint_flow_line_temp
attr Lambda_EU13L obj-h5005-set 1
attr Lambda_EU13L obj-h5005-setexpr $val*10
attr Lambda_EU13L obj-h5005-type S16
attr Lambda_EU13L obj-h5006-hint 0,1,2,3,4,5,6,7
attr Lambda_EU13L obj-h5006-poll 1
attr Lambda_EU13L obj-h5006-reading Heating_circuit_Operating_mode
attr Lambda_EU13L obj-h5006-set 1
attr Lambda_EU13L obj-h5006-type S16
attr Lambda_EU13L obj-h5050-expr $val/10
attr Lambda_EU13L obj-h5050-poll 1
attr Lambda_EU13L obj-h5050-reading Heating_circuit_Offset_flow_line_temp_setpoint
attr Lambda_EU13L obj-h5050-set 1
attr Lambda_EU13L obj-h5050-setexpr $val*10
attr Lambda_EU13L obj-h5050-type S16
attr Lambda_EU13L obj-h5051-expr $val/10
attr Lambda_EU13L obj-h5051-poll 1
attr Lambda_EU13L obj-h5051-reading Heating_circuit_Setpoint_room_heating_temp
attr Lambda_EU13L obj-h5051-set 1
attr Lambda_EU13L obj-h5051-setexpr $val*10
attr Lambda_EU13L obj-h5051-type S16
attr Lambda_EU13L obj-h5052-expr $val/10
attr Lambda_EU13L obj-h5052-poll 1
attr Lambda_EU13L obj-h5052-reading Heating_circuit_Setpoint_room_cooling_temp
attr Lambda_EU13L obj-h5052-set 1
attr Lambda_EU13L obj-h5052-setexpr $val*10
attr Lambda_EU13L obj-h5052-type S16
attr Lambda_EU13L oldreadings Hp_QP_heating,Heating_circuit_Room_device_temp
attr Lambda_EU13L room Lambda
attr Lambda_EU13L showError 1
attr Lambda_EU13L silentReconnect 0
attr Lambda_EU13L userReadings General_Ambient_Operating_state_text {if (ReadingsVal("Lambda_EU13L","General_Ambient_Operating_state","0") == 0) {return "Off";;} \
elsif (ReadingsVal("Lambda_EU13L","General_Ambient_Operating_state","0") == 1) {return "Automatic";;} \
elsif (ReadingsVal("Lambda_EU13L","General_Ambient_Operating_state","0") == 2) {return "Manual";;} \
elsif (ReadingsVal("Lambda_EU13L","General_Ambient_Operating_state","0") == 3) {return "Error";;} \
else {return "unknown";;}},\
General_E-Manager_Operating_state_text {if (ReadingsVal("Lambda_EU13L","General_E-Manager_Operating_state","0") == 0) {return "Off";;} \
elsif (ReadingsVal("Lambda_EU13L","General_E-Manager_Operating_state","0") == 1) {return "Automatic";;} \
elsif (ReadingsVal("Lambda_EU13L","General_E-Manager_Operating_state","0") == 2) {return "Manual";;} \
elsif (ReadingsVal("Lambda_EU13L","General_E-Manager_Operating_state","0") == 3) {return "Error";;} \
elsif (ReadingsVal("Lambda_EU13L","General_E-Manager_Operating_state","0") == 4) {return "Offline";;} \
else {return "unknown";;}},\
Hp_Error_state_text {if (ReadingsVal("Lambda_EU13L","Hp_Error_state","0") == 0) {return "None";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Error_state","0") == 1) {return "Message";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Error_state","0") == 2) {return "Warning";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Error_state","0") == 3) {return "Alarm";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Error_state","0") == 4) {return "Fault";;} \
else {return "unknown";;}},\
Hp_state_text {if (ReadingsVal("Lambda_EU13L","Hp_state","0") == 0) {return "Init";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 1) {return "Reference";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 2) {return "Restart-Block";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 3) {return "Ready";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 4) {return "Start Pumps";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 5) {return "Start Compressor";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 6) {return "Pre-Regulation";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 7) {return "Regulation";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 8) {return "Not used";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 9) {return "Cooling";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 10) {return "Defrosting";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 20) {return "Stopping";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 30) {return "Fault-Lock";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 31) {return "Alarm-Block";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_state","0") == 40) {return "Error-Reset";;} \
else {return "unknown";;}},\
Hp_Operating_state_text {if (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 0) {return "STDBY";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 1) {return "CH";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 2) {return "DHW";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 3) {return "CC";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 4) {return "Circulate";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 5) {return "Defrost";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 6) {return "Off";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 7) {return "Frost";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 8) {return "STDBY-Frost";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 9) {return "Not used";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 10) {return "Summer";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 11) {return "Holiday";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 12) {return "Error";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 13) {return "Warning";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 14) {return "Info-message";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 15) {return "Time-Block";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 16) {return "Release-Block";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 17) {return "Mintemp-Block";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Operating_state","0") == 18) {return "Firmware-Download";;} \
else {return "unknown";;}},\
Hp_Request_type_text {if (ReadingsVal("Lambda_EU13L","Hp_Request_type","0") == 0) {return "No Request";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Request_type","0") == 1) {return "Flow Pump Circulation";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Request_type","0") == 2) {return "Central Heating";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Request_type","0") == 3) {return "Central Cooling";;} \
elsif (ReadingsVal("Lambda_EU13L","Hp_Request_type","0") == 4) {return "Domestic hot water";;} \
else {return "unknown";;}},\
Boiler_Operating_state_text {if (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 0) {return "STDBY";;} \
elsif (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 1) {return "DHW";;} \
elsif (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 2) {return "Legio";;} \
elsif (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 3) {return "Summer";;} \
elsif (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 4) {return "Frost";;} \
elsif (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 5) {return "Holiday";;} \
elsif (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 6) {return "Prio-Stop";;} \
elsif (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 7) {return "Error";;} \
elsif (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 8) {return "Off";;} \
elsif (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 9) {return "Prompt-DHW";;} \
elsif (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 10) {return "Trailing-stop";;} \
elsif (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 11) {return "Temp-Lock";;} \
elsif (ReadingsVal("Lambda_EU13L","Boiler_Operating_state","0") == 12) {return "Stdby-Frost";;} \
else {return "unknown";;}},\
Buffer_Operating_state_text {if (ReadingsVal("Lambda_EU13L","Buffer_Operating_state","0") == 0) {return "STDBY";;} \
elsif (ReadingsVal("Lambda_EU13L","Buffer_Operating_state","0") == 1) {return "Heating";;} \
elsif (ReadingsVal("Lambda_EU13L","Buffer_Operating_state","0") == 2) {return "Cooling";;} \
elsif (ReadingsVal("Lambda_EU13L","Buffer_Operating_state","0") == 3) {return "Summer";;} \
elsif (ReadingsVal("Lambda_EU13L","Buffer_Operating_state","0") == 4) {return "Frost";;} \
elsif (ReadingsVal("Lambda_EU13L","Buffer_Operating_state","0") == 5) {return "Holiday";;} \
elsif (ReadingsVal("Lambda_EU13L","Buffer_Operating_state","0") == 6) {return "Prio-Stop";;} \
elsif (ReadingsVal("Lambda_EU13L","Buffer_Operating_state","0") == 7) {return "Error";;} \
elsif (ReadingsVal("Lambda_EU13L","Buffer_Operating_state","0") == 8) {return "Off";;} \
elsif (ReadingsVal("Lambda_EU13L","Buffer_Operating_state","0") == 9) {return "Standy-Frost";;} \
else {return "unknown";;}},\
Heating_circuit_Operating_state_text {if (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 0) {return "Heating";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 1) {return "Eco";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 2) {return "Cooling";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 3) {return "Floordry";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 4) {return "Frost";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 5) {return "Max-Temp";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 6) {return "Error";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 7) {return "Service";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 8) {return "Holiday";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 9) {return "CH-Summer";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 10) {return "CC-Winter";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 11) {return "Prio-Stop";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 12) {return "Off";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 13) {return "Release-Off";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 14) {return "Time-off";;} \
elsif\
(ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 15) {return "Stdby";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 16) {return "Stdby-Heating";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 17) {return "Stdby-Eco";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 18) {return "Stdby-Cooling";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 19) {return "Stdby-Frost";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_state","0") == 20) {return "Stdby-Floordry";;} \
else {return "unknown";;}},\
Heating_circuit_Operating_mode_text {if (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_mode","0") == 0) {return "Off(rw)";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_mode","0") == 1) {return "Manual(r)";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_mode","0") == 2) {return "Automatic(rw)";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_mode","0") == 3) {return "Auto-heating(rw)";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_mode","0") == 4) {return "Auto-cooling(rw)";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_mode","0") == 5) {return "Frost(rw)";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_mode","0") == 6) {return "Summer(rw)";;} \
elsif (ReadingsVal("Lambda_EU13L","Heating_circuit_Operating_mode","0") == 7) {return "Floor-dry(r)";;}  \
else {return "unknown";;}},\
Anzahl_Takte:Hp_QP_heating.* { (((OldReadingsVal("Lambda_EU13L","Hp_QP_heating","0") <= 0) and (ReadingsVal("Lambda_EU13L","Hp_QP_heating","0") > 0)) ? (return (ReadingsVal("Lambda_EU13L","Anzahl_Takte","0") + 1)) : (return undef));;;; },\
statHp_Statistics_COP_since_last_resetDay:statHp_Statistics_VdA_Q_since_last_resetDay.* { if (ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetDay","0") == 0) { return 0;;;; } \
else { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_Q_since_last_resetDay","0")/ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetDay","1")));;;; }},\
statHp_Statistics_COP_since_last_resetMonth:statHp_Statistics_VdA_Q_since_last_resetMonth.* { if (ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetMonth","0") == 0) { return 0;;;; } \
else { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_Q_since_last_resetMonth","0")/ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetMonth","1")));;;; }},\
statHp_Statistics_COP_since_last_resetYear:statHp_Statistics_VdA_Q_since_last_resetYear.* { if (ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetYear","0") == 0) { return 0;;;; } \
else { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_Q_since_last_resetYear","0")/ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetYear","1")));;;; }},\
statHp_Statistics_COP_since_last_resetDayLast:statHp_Statistics_VdA_Q_since_last_resetDayLast.* { if (ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetDayLast","0") == 0) { return 0;;;; } \
else { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_Q_since_last_resetDayLast","0")/ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetDayLast","1")));;;; }},\
statHp_Statistics_COP_since_last_resetMonthLast:statHp_Statistics_VdA_Q_since_last_resetMonthLast.* { if (ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetMonthLast","0") == 0) { return 0;;;; } \
else { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_Q_since_last_resetMonthLast","0")/ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetMonthLast","1")));;;; }},\
statHp_Statistics_COP_since_last_resetYearLast:statHp_Statistics_VdA_Q_since_last_resetYearLast.* { if (ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetYearLast","0") == 0) { return 0;;;; } \
else { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_Q_since_last_resetYearLast","0")/ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetYearLast","1")));;;; }},\
Hp_Statistics_COP_since_last_reset:Hp_Statistics_VdA_Q_since_last_reset.* { if (ReadingsVal("Lambda_EU13L","Hp_Statistics_VdA_E_since_last_reset","0") == 0) { return 0;;;; } \
else { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","Hp_Statistics_VdA_Q_since_last_reset","0")/ReadingsVal("Lambda_EU13L","Hp_Statistics_VdA_E_since_last_reset","1")));;;; }}, \
VdA_E_Day_kW:statHp_Statistics_VdA_E_since_last_resetDay.* { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetDay","0")/1000));;;;},\
VdA_Q_Day_kW:statHp_Statistics_VdA_Q_since_last_resetDay.* { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_Q_since_last_resetDay","0")/1000));;;;},\
VdA_E_DayLast_kW:statHp_Statistics_VdA_E_since_last_resetDayLast.* { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_E_since_last_resetDayLast","0")/1000));;;;},\
VdA_Q_DayLast_kW:statHp_Statistics_VdA_Q_since_last_resetDayLast.* { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","statHp_Statistics_VdA_Q_since_last_resetDayLast","0")/1000));;;;},\
COP_Day:statHp_Statistics_COP_since_last_resetDay.* { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","statHp_Statistics_COP_since_last_resetDay","0")));;;;},\
COP_DayLast:statHp_Statistics_COP_since_last_resetDayLast.* { return sprintf("%.1f",(ReadingsVal("Lambda_EU13L","statHp_Statistics_COP_since_last_resetDayLast","0")));;;;},\
Hp_Heating_Max_Output_Power_calculated:General_Ambient_Calculated_ambient_temp.* {\
  my $temp = ReadingsVal("Lambda_EU13L","General_Ambient_Calculated_ambient_temp","0");;\
  my $maxPower = 13;;\
  \
  if ($temp < 0) {\
$maxPower = ReadingsVal("Lambda_EU13L","Hp_Heating_Max_Output_Power_at_0C","10")+((ReadingsVal("Lambda_EU13L","Hp_Heating_Max_Output_Power_at_-15C","13")-ReadingsVal("Lambda_EU13L","Hp_Heating_Max_Output_Power_at_0C","10"))*abs($temp/15));;\
  } elsif ($temp < 15) {\
$maxPower = ReadingsVal("Lambda_EU13L","Hp_Heating_Max_Output_Power_at_15C","5")+((ReadingsVal("Lambda_EU13L","Hp_Heating_Max_Output_Power_at_0C","10")-ReadingsVal("Lambda_EU13L","Hp_Heating_Max_Output_Power_at_15C","5"))*abs(1-$temp/15));;\
  } else {\
    $maxPower = ReadingsVal("Lambda_EU13L","Hp_Heating_Max_Output_Power_at_15C","5");;\
  } \
  \
  return sprintf("%.1f",$maxPower);;\
},Hp_Heating_Min_Output_Power_calculated:General_Ambient_Calculated_ambient_temp.* {\
  my $temp = ReadingsVal("Lambda_EU13L","General_Ambient_Calculated_ambient_temp","0");;\
  my $minPower = 1.4;;\
  \
  if ($temp < 0) {\
$minPower = ReadingsVal("Lambda_EU13L","Hp_Heating_Min_Output_Power_at_0C","6")+((ReadingsVal("Lambda_EU13L","Hp_Heating_Min_Output_Power_at_-15C","8")-ReadingsVal("Lambda_EU13L","Hp_Heating_Min_Output_Power_at_0C","6"))*abs($temp/15));;\
  } elsif ($temp < 15) {\
$minPower = ReadingsVal("Lambda_EU13L","Hp_Heating_Min_Output_Power_at_15C","1.4")+((ReadingsVal("Lambda_EU13L","Hp_Heating_Min_Output_Power_at_0C","6")-ReadingsVal("Lambda_EU13L","Hp_Heating_Min_Output_Power_at_15C","1.4"))*abs(1-$temp/15));;\
  } else {\
    $minPower = ReadingsVal("Lambda_EU13L","Hp_Heating_Min_Output_Power_at_15C","1.4");;\
  } \
  \
  return sprintf("%.1f",$minPower);;\
},Soll_VLT_Heizkurve:(General_Ambient_Calculated_ambient_temp.*|Heating_circuit_Room_device_temp.*) {\
  my $at_high  = 22;;     \
  my $vlt_high = 23;;     \
\
  my $at_mid   = 0;;      \
  my $vlt_mid  = 41;;     \
\
  my $at_low   = -22;;    \
  my $vlt_low  = 51;;     \
\
  my $vlt_min  = 20;;     \
  my $vlt_max  = 55;;    \
\
  my $room_set = 21;;     \
  my $room_fac = 1;;      \
\
\
  my $at = ReadingsNum(\
    "Lambda_EU13L",\
    "General_Ambient_Calculated_ambient_temp",\
    0\
  );;\
\
  my $room_is = ReadingsNum(\
    "Lambda_EU13L",\
    "Heating_circuit_Room_device_temp",\
    $room_set\
  );;\
  \
  my $room_is_old = OldReadingsNum(\
    "Lambda_EU13L",\
    "Heating_circuit_Room_device_temp",\
    $room_set\
  );;\
  \
 \
  if ($room_is < 0) {\
  $room_is = $room_is_old;;\
  }\
  \
  if ($room_is < 0) {\
  $room_is = $room_set;;\
  }\
\
  my ($m, $vlt);;\
\
  if ($at >= $at_mid) {\
    $m = ($vlt_mid - $vlt_high) / ($at_mid - $at_high);;\
    $vlt = $vlt_mid + $m * ($at - $at_mid);;\
  } else {\
    $m = ($vlt_low - $vlt_mid) / ($at_low - $at_mid);;\
    $vlt = $vlt_mid + $m * ($at - $at_mid);;\
  }\
\
  my $room_corr = ($room_set - $room_is) * $room_fac;;\
  $vlt += $room_corr;;\
\
  #Debug "VLT-Debug: AT=$at Room_is=$room_is Room_corr=$room_corr VLT_raw=$vlt";;\
\
  $vlt = $vlt_min if ($vlt < $vlt_min);;\
  $vlt = $vlt_max if ($vlt > $vlt_max);;\
\
  sprintf("%.1f", $vlt);;\
}





#10

Bastelecke / Aw: Entwicklung SIGNALduinoAdv...

Letzter Beitrag von Ralf9 - 02 Mai 2026, 21:15:45

E07-900MM10S und E07-400MM10S z.B. bei aliexpress

Ich finde die cc101 Module E07-400M10S und E07-900M10S recht interessant, da müsste man doch durch die Abschirmung schwächere Signale besser empfangen können.
Hat die schon mal jemand gekauft?

das scheinen auch andere bemerkt zu haben: externer Link
Interessant auch die Ergebnisse für die kleineren E07-900MM10S, die aber kein IPEX onboard haben