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Themenstarter 19. November 2024 22:16
- Hallo, ich bin Enrico und neu hier im Forum, natürlich weil ich ein Problem habe.
Ich habe den Wechselrichter jetzt ein paar Wochen in Betrieb. Ich bin soweit erstmal total zufrieden. Das Problem ist das ich am L1 des Generator einen kleinen Wechselrichter angeschlossen der soweit aich funktioniert, jedoch das Plot im FHEM fehlerhaft. Es kommen anscheinend falsche Daten vom WR. Hat jemand ähnliche Probleme und eventuell eine Lösung? Ich hänge mal ein Bild vom Plot an.
Die anderen Plots sind tadellos. Es handelt sich um Register 664 bzw 667 da ist es genau so. Da kommen Werte jenseits von 20 Kw. Dort ist aber nur ne 1 kwp Anlage dran.
Komisch finde ich auch in der App den Wert der Gesamtproduktion des Microwechselrichters mit 127,13 GWh.
Dieses Thema wurde geändert Vor 2 Monaten von e_brandt
Deye SUN-12K-SG04LP3-EU
20. November 2024 13:18
Um welchen Wechselrichter handelt es sich überhaupt?
LG
Chris
SUN-12K-SG01HP3-EU-AM2, 2 x GB-LBS 12,27kWh
SUN-15K-SG01HP3-EU-AM2, 1 x GB-LBS 24,54kWh
21. November 2024 13:02
Zeig mir mal deine FHEM Config des Deye.
LG
Chris
SUN-12K-SG01HP3-EU-AM2, 2 x GB-LBS 12,27kWh
SUN-15K-SG01HP3-EU-AM2, 1 x GB-LBS 24,54kWh
Themenstarter 21. November 2024 20:08
Hallo, hier das List:
[code]define Mod_Deye ModbusAttr 3 10 attr Mod_Deye DbLogExclude .* attr Mod_Deye DbLogInclude PV1_W:10,Akku_W:10,Netzbezug_Kwh_Tag:10,Netzbezug_W:10,Akku_Entladen_kWh_Tag,PV_kWh_Tag, gen_eing_gesamt:5,Genport_power_L1:5 attr Mod_Deye IODev ModbusLine attr Mod_Deye alias Deye Wechselrichter attr Mod_Deye dev-h-combine 5 attr Mod_Deye dev-h-defPoll 1 attr Mod_Deye dev-h-defUnpack n attr Mod_Deye dev-type-S16-unpack s> attr Mod_Deye obj-h514-expr $val * 0.1 attr Mod_Deye obj-h514-reading Akku_Laden_kWh_Tag attr Mod_Deye obj-h515-expr $val * 0.1 attr Mod_Deye obj-h515-reading Akku_Entladen_kWh_Tag attr Mod_Deye obj-h516-expr $val * 0.1 attr Mod_Deye obj-h516-len 2 attr Mod_Deye obj-h516-reading Akku_Laden_kWh attr Mod_Deye obj-h518-expr $val * 0.1 attr Mod_Deye obj-h518-len 2 attr Mod_Deye obj-h518-reading Akku_Entaden_kWh attr Mod_Deye obj-h519-reading Akku_W attr Mod_Deye obj-h520-expr $val * 0.1 attr Mod_Deye obj-h520-reading Netzbezug_Kwh_Tag attr Mod_Deye obj-h522-expr $val * 0.1 attr Mod_Deye obj-h522-len 2 attr Mod_Deye obj-h522-reading Netzbezug_Kwh attr Mod_Deye obj-h529-expr $val * 0.1 attr Mod_Deye obj-h529-reading PV_kWh_Tag attr Mod_Deye obj-h534-expr $val * 0.1 attr Mod_Deye obj-h534-len 2 attr Mod_Deye obj-h534-reading PV_kWh attr Mod_Deye obj-h540-expr ($val -1000) * 0.1 attr Mod_Deye obj-h540-format %.1f attr Mod_Deye obj-h540-reading Temp_DC attr Mod_Deye obj-h541-expr ($val -1000) * 0.1 attr Mod_Deye obj-h541-format %.1f attr Mod_Deye obj-h541-reading Temp_AC attr Mod_Deye obj-h587-expr $val * 0.01 attr Mod_Deye obj-h587-format %.1f attr Mod_Deye obj-h587-reading Akku_V attr Mod_Deye obj-h588-reading Akku_SOC attr Mod_Deye obj-h591-expr $val * 0.01 attr Mod_Deye obj-h591-format %.1f attr Mod_Deye obj-h591-reading Battery_output_current_A attr Mod_Deye obj-h591-type S16 attr Mod_Deye obj-h591-unpack s> attr Mod_Deye obj-h598-expr $val * 0.1 attr Mod_Deye obj-h598-format %.1f attr Mod_Deye obj-h598-reading Grid_L1 attr Mod_Deye obj-h599-expr $val * 0.1 attr Mod_Deye obj-h599-format %.1f attr Mod_Deye obj-h599-reading Grid_L2 attr Mod_Deye obj-h600-expr $val * 0.1 attr Mod_Deye obj-h600-format %.1f attr Mod_Deye obj-h600-reading Grid_L3 attr Mod_Deye obj-h609-expr $val * 0.01 attr Mod_Deye obj-h609-format %.2f attr Mod_Deye obj-h609-reading Netzfrequenz attr Mod_Deye obj-h625-reading Grid_side_total_power_W attr Mod_Deye obj-h625-type S16 attr Mod_Deye obj-h630-expr $val * 0.01 attr Mod_Deye obj-h630-reading WR_L1_A attr Mod_Deye obj-h631-expr $val * 0.01 attr Mod_Deye obj-h631-reading WR_L2_A attr Mod_Deye obj-h632-expr $val * 0.01 attr Mod_Deye obj-h632-reading WR_L3_A attr Mod_Deye obj-h633-reading WR_L1_W attr Mod_Deye obj-h634-reading WR_L2_W attr Mod_Deye obj-h635-reading WR_L3_W attr Mod_Deye obj-h664-reading Genport_power_L1 attr Mod_Deye obj-h667-reading gen_eing_gesamt attr Mod_Deye obj-h672-reading PV1_W attr Mod_Deye obj-h673-reading PV2_W attr Mod_Deye obj-h676-expr $val * 0.1 attr Mod_Deye obj-h676-reading PV1_V attr Mod_Deye obj-h677-expr $val * 0.1 attr Mod_Deye obj-h677-reading PV1_A attr Mod_Deye obj-h678-expr $val * 0.1 attr Mod_Deye obj-h678-reading PV2_V attr Mod_Deye obj-h679-expr $val * 0.1 attr Mod_Deye obj-h679-reading PV2_A attr Mod_Deye room Wechselrichter attr Mod_Deye stateFormat <div style='color:green'> Netzspannung L1: Grid_L1 Volt<br/>\ <div style='color:green'> Netzspannung L2: Grid_L2 Volt<br/>\ <div style='color:green'> Netzspannung L3: Grid_L3 Volt<br/>\ \ \ <div style='color:red'> Netzbezug aktuall: Netzbezug_W Watt aktuell <br/> \ <div style='color:red'> Netzbezug: Netzbezug_Kwh_Tag Kwh Tag <br/>\ <div style='color:red'> Netzbezug: Netzbezug_Kwh Kwh gesamt <br/>\ <div style='color:yellow'> Solar aktuell: PV1_W Watt <br/>\ <div style='color:yellow'> Solar Tag: PV_kWh_Tag Kwh <br/>\ <div style='color:yellow'> Akku entladen Tag: Akku_Entladen_kWh_Tag Kwh <br/>\ \ \ <div style='color:red'> Akku Spannung: Akku_V Volt <br/> \ <div style='color:red'> Akku Strom: Akku_A Amp <br/> \ <div style='color:red'> Akkustand: Akku_SOC % <br/> \ \ \ \ \ \ \ \ \ attr Mod_Deye verbose 0 # DEF 3 10 # FUUID 67362268-f33f-43c0-5f0e-45b651d380218eb6 # IODev ModbusLine # Interval 10 # MODBUSID 3 # MODE master # MODULEVERSION Modbus 4.5.6 - 7.11.2023 # NAME Mod_Deye # NOTIFYDEV global # NR 477 # NTFY_ORDER 50-Mod_Deye # PROTOCOL RTU # STATE <div style='color:green'> Netzspannung L1: 235.8 Volt<br/> #<div style='color:green'> Netzspannung L2: 234.9 Volt<br/> #<div style='color:green'> Netzspannung L3: 236.6 Volt<br/> # # #<div style='color:red'> Netzbezug aktuall: 532 Watt aktuell <br/> #<div style='color:red'> Netzbezug: 9.8 Kwh Tag <br/> #<div style='color:red'> Netzbezug: 231.5 Kwh gesamt <br/> #<div style='color:yellow'> Solar aktuell: 0 Watt <br/> #<div style='color:yellow'> Solar Tag: 2 Kwh <br/> #<div style='color:yellow'> Akku entladen Tag: 0.7 Kwh <br/> # # #<div style='color:red'> Akku Spannung: 52.2 Volt <br/> #<div style='color:red'> Akku Strom: 0.1 Amp <br/> #<div style='color:red'> Akkustand: 11 % <br/> # # # # # # # # # # TYPE ModbusAttr # devioNoSTATE 1 # eventCount 47957 # DICACHE: # 3: # UNPACK # EXPRS: # EXTRAS: # FNAMES: # FRAME: # Helper: # DBLOG: # Akku_Entladen_kWh_Tag: # DBLogging: # TIME 1732215907.04609 # VALUE 0.7 # Akku_W: # DBLogging: # TIME 1732215537.29626 # VALUE 0 # Genport_power_L1: # DBLogging: # TIME 1732215908.46428 # VALUE 65526 # Netzbezug_Kwh_Tag: # DBLogging: # TIME 1732215907.47071 # VALUE 9.8 # Netzbezug_W: # DBLogging: # TIME 1732133434.99276 # VALUE 532 # PV1_W: # DBLogging: # TIME 1732215895.28777 # VALUE 0 # PV_kWh_Tag: # DBLogging: # TIME 1732215907.92784 # VALUE 2 # gen_eing_gesamt: # DBLogging: # TIME 1732215908.46428 # VALUE 65526 # PICACHE: # h514: # bswapRegs # decode # encode # expr $val * 0.1 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h515: # bswapRegs # decode # encode # expr $val * 0.1 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h516: # bswapRegs # decode # encode # expr $val * 0.1 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h518: # bswapRegs # decode # encode # expr $val * 0.1 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h519: # bswapRegs # decode # encode # expr # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h520: # bswapRegs # decode # encode # expr $val * 0.1 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h522: # bswapRegs # decode # encode # expr $val * 0.1 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h529: # bswapRegs # decode # encode # expr $val * 0.1 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h534: # bswapRegs # decode # encode # expr $val * 0.1 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h540: # bswapRegs # decode # encode # expr ($val -1000) * 0.1 # format %.1f # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h541: # bswapRegs # decode # encode # expr ($val -1000) * 0.1 # format %.1f # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h587: # bswapRegs # decode # encode # expr $val * 0.01 # format %.1f # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h588: # bswapRegs # decode # encode # expr # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h591: # bswapRegs # decode # encode # expr $val * 0.01 # format %.1f # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h598: # bswapRegs # decode # encode # expr $val * 0.1 # format %.1f # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h599: # bswapRegs # decode # encode # expr $val * 0.1 # format %.1f # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h600: # bswapRegs # decode # encode # expr $val * 0.1 # format %.1f # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h609: # bswapRegs # decode # encode # expr $val * 0.01 # format %.2f # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h625: # bswapRegs # decode # encode # expr # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h630: # bswapRegs # decode # encode # expr $val * 0.01 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h631: # bswapRegs # decode # encode # expr $val * 0.01 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h632: # bswapRegs # decode # encode # expr $val * 0.01 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h633: # bswapRegs # decode # encode # expr # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h634: # bswapRegs # decode # encode # expr # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h635: # bswapRegs # decode # encode # expr # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h664: # bswapRegs # decode # encode # expr # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h667: # bswapRegs # decode # encode # expr # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h672: # bswapRegs # decode # encode # expr # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h673: # bswapRegs # decode # encode # expr # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h676: # bswapRegs # decode # encode # expr $val * 0.1 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h677: # bswapRegs # decode # encode # expr $val * 0.1 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h678: # bswapRegs # decode # encode # expr $val * 0.1 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # h679: # bswapRegs # decode # encode # expr $val * 0.1 # format # ignoreExpr # map # mapDefault # revRegs # rmapDefault # READ: # READINGS: # 2024-11-20 21:05:33 Akku_A 0.1 # 2024-11-21 20:05:07 Akku_Entaden_kWh 117 # 2024-11-21 20:05:07 Akku_Entladen_kWh_Tag 0.7 # 2024-11-21 20:05:07 Akku_Laden_kWh 105.2 # 2024-11-21 20:05:07 Akku_Laden_kWh_Tag 0.7 # 2024-11-21 20:05:08 Akku_SOC 11 # 2024-11-21 20:05:08 Akku_V 52.2 # 2024-11-21 19:58:57 Akku_W 0 # 2024-11-21 20:05:08 Battery_output_current_A 0.1 # 2024-11-21 20:05:08 Genport_power_L1 65526 # 2024-11-16 18:27:58 Grid L1 230.9 # 2024-11-21 20:04:56 Grid_L1 235.8 # 2024-11-21 20:04:56 Grid_L2 234.9 # 2024-11-21 20:04:56 Grid_L3 236.6 # 2024-11-21 20:05:08 Grid_side_total_power_W 1035 # 2024-11-20 20:39:26 IODev ModbusLine # 2024-11-21 20:04:55 Netzbezug_Kwh 231.5 # 2024-11-21 20:05:07 Netzbezug_Kwh_Tag 9.8 # 2024-11-20 21:10:34 Netzbezug_W 532 # 2024-11-21 20:04:56 Netzfrequenz 49.95 # 2024-11-21 20:04:57 PV1_A 0 # 2024-11-21 20:04:55 PV1_V 11.9 # 2024-11-21 20:04:55 PV1_W 0 # 2024-11-21 20:04:57 PV2_A 0 # 2024-11-21 20:04:57 PV2_V 4.3 # 2024-11-21 20:04:55 PV2_W 0 # 2024-11-21 20:04:56 PV_kWh 202.2 # 2024-11-21 20:05:07 PV_kWh_Tag 2 # 2024-11-21 20:04:56 Temp_AC 25.4 # 2024-11-21 20:04:56 Temp_DC 25.0 # 2024-11-21 20:04:57 WR_L1_A 0 # 2024-11-21 20:04:57 WR_L1_W 29 # 2024-11-21 20:04:57 WR_L2_A 654.56 # 2024-11-21 20:04:57 WR_L2_W 65445 # 2024-11-21 20:04:57 WR_L3_A 0 # 2024-11-21 20:04:57 WR_L3_W 65516 # 2024-11-21 20:05:08 gen_eing_gesamt 65526 # 2024-11-20 20:39:27 state opened # REMEMBER: # lrecv 1732215908.45938 # lsend 1732215908.40265 # UPDATECACHE: # h514: # adr 514 # combine h514 len 1 Akku_Laden_kWh_Tag with h515 len 1 Akku_Entladen_kWh_Tag and h516 len 2 Akku_Laden_kWh # len 1 # objCombi h514 # reading Akku_Laden_kWh_Tag # span 4 # type h # h518: # adr 518 # combine h518 len 2 Akku_Entaden_kWh with h519 len 1 Akku_W and h520 len 1 Netzbezug_Kwh_Tag # len 2 # objCombi h518 # reading Akku_Entaden_kWh # span 3 # type h # h522: # adr 522 # len 2 # objCombi h522 # reading Netzbezug_Kwh # span 2 # type h # h529: # adr 529 # len 1 # objCombi h529 # reading PV_kWh_Tag # span 1 # type h # h534: # adr 534 # len 2 # objCombi h534 # reading PV_kWh # span 2 # type h # h540: # adr 540 # combine h540 len 1 Temp_DC with h541 len 1 Temp_AC # len 1 # objCombi h540 # reading Temp_DC # span 2 # type h # h587: # adr 587 # combine h587 len 1 Akku_V with h588 len 1 Akku_SOC and h591 len 1 Battery_output_current_A # len 1 # objCombi h587 # reading Akku_V # span 5 # type h # h598: # adr 598 # combine h598 len 1 Grid_L1 with h599 len 1 Grid_L2 and h600 len 1 Grid_L3 # len 1 # objCombi h598 # reading Grid_L1 # span 3 # type h # h609: # adr 609 # len 1 # objCombi h609 # reading Netzfrequenz # span 1 # type h # h625: # adr 625 # len 1 # objCombi h625 # reading Grid_side_total_power_W # span 1 # type h # h630: # adr 630 # combine h630 len 1 WR_L1_A with h631 len 1 WR_L2_A and h632 len 1 WR_L3_A and h633 len 1 WR_L1_W and h634 len 1 WR_L2_W # len 1 # objCombi h630 # reading WR_L1_A # span 5 # type h # h635: # adr 635 # len 1 # objCombi h635 # reading WR_L3_W # span 1 # type h # h664: # adr 664 # combine h664 len 1 Genport_power_L1 with h667 len 1 gen_eing_gesamt # len 1 # objCombi h664 # reading Genport_power_L1 # span 4 # type h # h672: # adr 672 # combine h672 len 1 PV1_W with h673 len 1 PV2_W and h676 len 1 PV1_V # len 1 # objCombi h672 # reading PV1_W # span 5 # type h # h677: # adr 677 # combine h677 len 1 PV1_A with h678 len 1 PV2_V and h679 len 1 PV2_A # len 1 # objCombi h677 # reading PV1_A # span 3 # type h # gotReadings: # Genport_power_L1 65526 # gen_eing_gesamt 65526 # lastRead: # h514 1732215907.04198 # h515 1732215907.04344 # h516 1732215907.04489 # h518 1732215907.46661 # h519 1732215537.29504 # h520 1732215907.46873 # h522 1732215895.76304 # h529 1732215907.92576 # h534 1732215896.08453 # h540 1732215896.24307 # h541 1732215896.24451 # h587 1732215908.12378 # h588 1732215908.12509 # h591 1732215908.12741 # h598 1732215896.56234 # h599 1732215896.5638 # h600 1732215896.56526 # h609 1732215896.72174 # h625 1732215908.29223 # h630 1732215897.02631 # h631 1732215897.02773 # h632 1732215897.02923 # h633 1732215897.03022 # h634 1732215897.03114 # h635 1732215897.18465 # h664 1732215908.462 # h667 1732215908.46298 # h672 1732215895.28434 # h673 1732215895.28526 # h676 1732215895.28662 # h677 1732215897.34577 # h678 1732215897.34722 # h679 1732215897.3484 # setstate Mod_Deye <div style='color:green'> Netzspannung L1: 235.8 Volt<br/>\ <div style='color:green'> Netzspannung L2: 234.9 Volt<br/>\ <div style='color:green'> Netzspannung L3: 236.6 Volt<br/>\ \ \ <div style='color:red'> Netzbezug aktuall: 532 Watt aktuell <br/> \ <div style='color:red'> Netzbezug: 9.8 Kwh Tag <br/>\ <div style='color:red'> Netzbezug: 231.5 Kwh gesamt <br/>\ <div style='color:yellow'> Solar aktuell: 0 Watt <br/>\ <div style='color:yellow'> Solar Tag: 2 Kwh <br/>\ <div style='color:yellow'> Akku entladen Tag: 0.7 Kwh <br/>\ \ \ <div style='color:red'> Akku Spannung: 52.2 Volt <br/> \ <div style='color:red'> Akku Strom: 0.1 Amp <br/> \ <div style='color:red'> Akkustand: 11 % <br/> \ \ \ \ \ \ \ \ \ setstate Mod_Deye 2024-11-20 21:05:33 Akku_A 0.1 setstate Mod_Deye 2024-11-21 20:05:07 Akku_Entaden_kWh 117 setstate Mod_Deye 2024-11-21 20:05:07 Akku_Entladen_kWh_Tag 0.7 setstate Mod_Deye 2024-11-21 20:05:07 Akku_Laden_kWh 105.2 setstate Mod_Deye 2024-11-21 20:05:07 Akku_Laden_kWh_Tag 0.7 setstate Mod_Deye 2024-11-21 20:05:08 Akku_SOC 11 setstate Mod_Deye 2024-11-21 20:05:08 Akku_V 52.2 setstate Mod_Deye 2024-11-21 19:58:57 Akku_W 0 setstate Mod_Deye 2024-11-21 20:05:08 Battery_output_current_A 0.1 setstate Mod_Deye 2024-11-21 20:05:08 Genport_power_L1 65526 setstate Mod_Deye 2024-11-16 18:27:58 Grid L1 230.9 setstate Mod_Deye 2024-11-21 20:04:56 Grid_L1 235.8 setstate Mod_Deye 2024-11-21 20:04:56 Grid_L2 234.9 setstate Mod_Deye 2024-11-21 20:04:56 Grid_L3 236.6 setstate Mod_Deye 2024-11-21 20:05:08 Grid_side_total_power_W 1035 setstate Mod_Deye 2024-11-20 20:39:26 IODev ModbusLine setstate Mod_Deye 2024-11-21 20:04:55 Netzbezug_Kwh 231.5 setstate Mod_Deye 2024-11-21 20:05:07 Netzbezug_Kwh_Tag 9.8 setstate Mod_Deye 2024-11-20 21:10:34 Netzbezug_W 532 setstate Mod_Deye 2024-11-21 20:04:56 Netzfrequenz 49.95 setstate Mod_Deye 2024-11-21 20:04:57 PV1_A 0 setstate Mod_Deye 2024-11-21 20:04:55 PV1_V 11.9 setstate Mod_Deye 2024-11-21 20:04:55 PV1_W 0 setstate Mod_Deye 2024-11-21 20:04:57 PV2_A 0 setstate Mod_Deye 2024-11-21 20:04:57 PV2_V 4.3 setstate Mod_Deye 2024-11-21 20:04:55 PV2_W 0 setstate Mod_Deye 2024-11-21 20:04:56 PV_kWh 202.2 setstate Mod_Deye 2024-11-21 20:05:07 PV_kWh_Tag 2 setstate Mod_Deye 2024-11-21 20:04:56 Temp_AC 25.4 setstate Mod_Deye 2024-11-21 20:04:56 Temp_DC 25.0 setstate Mod_Deye 2024-11-21 20:04:57 WR_L1_A 0 setstate Mod_Deye 2024-11-21 20:04:57 WR_L1_W 29 setstate Mod_Deye 2024-11-21 20:04:57 WR_L2_A 654.56 setstate Mod_Deye 2024-11-21 20:04:57 WR_L2_W 65445 setstate Mod_Deye 2024-11-21 20:04:57 WR_L3_A 0 setstate Mod_Deye 2024-11-21 20:04:57 WR_L3_W 65516 setstate Mod_Deye 2024-11-21 20:05:08 gen_eing_gesamt 65526 setstate Mod_Deye 2024-11-20 20:39:27 state opened [/code]
Deye SUN-12K-SG04LP3-EU
22. November 2024 17:08
Bei mir ist es zwar ein HV-Hybridinverter, aber die Modbusregister müssten die gleichen sein, zumindest was Objekt 664 und 667 betrifft.
Vergleiche dein Config mit meiner. Das müsste dir weiterhelfen.
define Deye_12k ModbusAttr 12 5
attr Deye_12k IODev ModbusRS485_1WS_OG2_HZR
attr Deye_12k alias OG2 Heizraum - PV-Anlage 1
attr Deye_12k dev-h-combine 5
attr Deye_12k dev-h-defPoll 1
attr Deye_12k dev-h-defUnpack n
attr Deye_12k dev-h-write 16 # 10H
attr Deye_12k dev-type-S16-unpack s>
attr Deye_12k devStateStyle style="text-align:left;;;;font-weight:bold;;;;"
attr Deye_12k event-min-interval Akku_SOH__ALT:3600,Akku_SOC_KAP:180,Akku_Spannung__V:120
attr Deye_12k event-on-change-reading .*
attr Deye_12k group PV Anlage 1
attr Deye_12k icon measure_photovoltaic_inst
attr Deye_12k obj-h10003-expr $val * 1
attr Deye_12k obj-h10003-format %.2f
attr Deye_12k obj-h10003-reading Akku_Spannung__V
attr Deye_12k obj-h10004-expr $val * 0.1
attr Deye_12k obj-h10004-format %.2f
attr Deye_12k obj-h10004-reading Akku_Strom__A
attr Deye_12k obj-h10004-type S16
attr Deye_12k obj-h10005-expr $val * 1
attr Deye_12k obj-h10005-format %1.f
attr Deye_12k obj-h10005-reading Akku_SOC__KAP
attr Deye_12k obj-h10006-expr $val * 1
attr Deye_12k obj-h10006-format %1.f
attr Deye_12k obj-h10006-reading Akku_SOH__ALT
attr Deye_12k obj-h10008-expr ($val -1000) * 0.1
attr Deye_12k obj-h10008-format %.1f
attr Deye_12k obj-h10008-reading Akku_Temperatur__C
attr Deye_12k obj-h500-expr $val + 1000
attr Deye_12k obj-h500-format %1.f
attr Deye_12k obj-h500-reading Betriebsstatus
attr Deye_12k obj-h514-expr $val * 0.1
attr Deye_12k obj-h514-format %.1f
attr Deye_12k obj-h514-reading Akku_Energie_Ladung_Heute__kWh
attr Deye_12k obj-h515-expr $val * 0.1
attr Deye_12k obj-h515-format %.1f
attr Deye_12k obj-h515-reading Akku_Energie_Entladung_Heute__kWh
attr Deye_12k obj-h516-expr $val / 10000
attr Deye_12k obj-h516-format %.4f
attr Deye_12k obj-h516-reading Akku_Energie_Ladung_Gesamt__kWh
attr Deye_12k obj-h518-expr $val / 10000
attr Deye_12k obj-h518-format %.4f
attr Deye_12k obj-h518-reading Akku_Energie_Entladung_Gesamt__kWh
attr Deye_12k obj-h520-expr $val * 0.1
attr Deye_12k obj-h520-format %.1f
attr Deye_12k obj-h520-reading Energiekauf_Heute__kWh
attr Deye_12k obj-h521-expr $val * 0.1
attr Deye_12k obj-h521-format %.1f
attr Deye_12k obj-h521-reading Energieverkauf_Heute__kWh
attr Deye_12k obj-h522-expr $val / 10000
attr Deye_12k obj-h522-format %.4f
attr Deye_12k obj-h522-reading Energiekauf_Gesamt__MWh
attr Deye_12k obj-h524-expr $val * 0.1
attr Deye_12k obj-h524-format %.1f
attr Deye_12k obj-h524-reading Energieverkauf_Gesamt__kWh
attr Deye_12k obj-h526-expr $val * 0.1
attr Deye_12k obj-h526-format %.1f
attr Deye_12k obj-h526-reading Ladeenergie_Heute__kWh
attr Deye_12k obj-h527-expr $val / 10000
attr Deye_12k obj-h527-format %.4f
attr Deye_12k obj-h527-reading Last_Verbrauch_Gesamt__MWh
attr Deye_12k obj-h529-expr $val * 0.1
attr Deye_12k obj-h529-format %.1f
attr Deye_12k obj-h529-reading PV_Energie_Heute__kWh
attr Deye_12k obj-h530-expr $val * 0.1
attr Deye_12k obj-h530-format %.1f
attr Deye_12k obj-h530-reading PV1_Energie_Heute__kWh
attr Deye_12k obj-h531-expr $val * 0.1
attr Deye_12k obj-h531-format %.1f
attr Deye_12k obj-h531-reading PV2_Energie_Heute__kWh
attr Deye_12k obj-h532-expr $val * 0.1
attr Deye_12k obj-h532-format %.1f
attr Deye_12k obj-h532-reading PV3_Energie_Heute__kWh
attr Deye_12k obj-h533-expr $val * 0.1
attr Deye_12k obj-h533-format %.1f
attr Deye_12k obj-h533-reading PV4_Energie_Heute__kWh
attr Deye_12k obj-h534-expr $val / 10000
attr Deye_12k obj-h534-format %.4f
attr Deye_12k obj-h534-reading PV_Energie_Gesamt__MWh
attr Deye_12k obj-h540-expr ($val -1000) * 0.1
attr Deye_12k obj-h540-format %.1f
attr Deye_12k obj-h540-reading DC_Temperatur__C
attr Deye_12k obj-h541-expr ($val -1000) * 0.1
attr Deye_12k obj-h541-format %.1f
attr Deye_12k obj-h541-reading Kühlkörper_Temperatur__C
attr Deye_12k obj-h586-expr ($val -1000) * 0.1
attr Deye_12k obj-h586-format %.1f
attr Deye_12k obj-h586-reading Akku_Temperatur_BMS1__C
attr Deye_12k obj-h587-expr $val * 0.1
attr Deye_12k obj-h587-format %.2f
attr Deye_12k obj-h587-reading Akku_Spannung_BMS1__V
attr Deye_12k obj-h588-expr $val * 1
attr Deye_12k obj-h588-format %1.f
attr Deye_12k obj-h588-reading Akku_SOC_BMS1__KAP
attr Deye_12k obj-h589-expr $val * 1
attr Deye_12k obj-h589-format %1.f
attr Deye_12k obj-h589-reading Akku_SOC_BMS2__KAP
attr Deye_12k obj-h590-expr $val / 100
attr Deye_12k obj-h590-format %.3f
attr Deye_12k obj-h590-reading Akku_Leistung_BMS1__kW
attr Deye_12k obj-h590-type S16
attr Deye_12k obj-h591-expr $val * 0.01
attr Deye_12k obj-h591-format %.2f
attr Deye_12k obj-h591-reading Akku_Strom_BMS1__A
attr Deye_12k obj-h591-type S16
attr Deye_12k obj-h593-expr $val * 0.1
attr Deye_12k obj-h593-format %.2f
attr Deye_12k obj-h593-reading Akku_Spannung_BMS2__V
attr Deye_12k obj-h594-expr $val * 0.01
attr Deye_12k obj-h594-format %.2f
attr Deye_12k obj-h594-reading Akku_Strom_BMS2__A
attr Deye_12k obj-h594-type S16
attr Deye_12k obj-h595-expr $val / 100
attr Deye_12k obj-h595-format %.3f
attr Deye_12k obj-h595-reading Akku_Leistung_BMS2__kW
attr Deye_12k obj-h595-type S16
attr Deye_12k obj-h596-expr ($val -1000) * 0.1
attr Deye_12k obj-h596-format %.1f
attr Deye_12k obj-h596-reading Akku_Temperatur_BMS2__C
attr Deye_12k obj-h598-expr $val * 0.1
attr Deye_12k obj-h598-format %.2f
attr Deye_12k obj-h598-reading Netzspannung_L1__V
attr Deye_12k obj-h599-expr $val * 0.1
attr Deye_12k obj-h599-format %.2f
attr Deye_12k obj-h599-reading Netzspannung_L2__V
attr Deye_12k obj-h600-expr $val * 0.1
attr Deye_12k obj-h600-format %.2f
attr Deye_12k obj-h600-reading Netzspannung_L3__V
attr Deye_12k obj-h609-expr $val * 0.01
attr Deye_12k obj-h609-format %.2f
attr Deye_12k obj-h609-reading Externe_Netzfrequenz__Hz
attr Deye_12k obj-h610-expr $val * 0.01
attr Deye_12k obj-h610-format %.2f
attr Deye_12k obj-h610-reading Netzstrom_L1__A
attr Deye_12k obj-h610-type S16
attr Deye_12k obj-h611-expr $val * 0.01
attr Deye_12k obj-h611-format %.2f
attr Deye_12k obj-h611-reading Netzstrom_L2__A
attr Deye_12k obj-h611-type S16
attr Deye_12k obj-h612-expr $val * 0.01
attr Deye_12k obj-h612-format %.2f
attr Deye_12k obj-h612-reading Netzstrom_L3__A
attr Deye_12k obj-h612-type S16
attr Deye_12k obj-h613-expr $val * 0.01
attr Deye_12k obj-h613-format %.2f
attr Deye_12k obj-h613-reading Externer_CT_Netzstrom_L1__A
attr Deye_12k obj-h613-type S16
attr Deye_12k obj-h614-expr $val * 0.01
attr Deye_12k obj-h614-format %.2f
attr Deye_12k obj-h614-reading Externer_CT_Netzstrom_L2__A
attr Deye_12k obj-h614-type S16
attr Deye_12k obj-h615-expr $val * 0.01
attr Deye_12k obj-h615-format %.2f
attr Deye_12k obj-h615-reading Externer_CT_Netzstrom_L3__A
attr Deye_12k obj-h615-type S16
attr Deye_12k obj-h616-expr $val / 1000
attr Deye_12k obj-h616-format %.3f
attr Deye_12k obj-h616-reading Externe_Leistung_L1__kW
attr Deye_12k obj-h616-type S16
attr Deye_12k obj-h617-expr $val / 1000
attr Deye_12k obj-h617-format %.3f
attr Deye_12k obj-h617-reading Externe_Leistung_L2__kW
attr Deye_12k obj-h617-type S16
attr Deye_12k obj-h618-expr $val / 1000
attr Deye_12k obj-h618-format %.3f
attr Deye_12k obj-h618-reading Externe_Leistung_L3__kW
attr Deye_12k obj-h618-type S16
attr Deye_12k obj-h619-expr $val / 1000
attr Deye_12k obj-h619-format %.3f
attr Deye_12k obj-h619-reading Externe_Leistung_Gesamt__kW
attr Deye_12k obj-h619-type S16
attr Deye_12k obj-h620-expr $val / 1000
attr Deye_12k obj-h620-format %.3f
attr Deye_12k obj-h620-reading Externe_Scheinleistung_Gesamt_kVA
attr Deye_12k obj-h620-type S16
attr Deye_12k obj-h622-expr $val / 1000
attr Deye_12k obj-h622-format %.3f
attr Deye_12k obj-h622-reading Netzleistung_L1__kW
attr Deye_12k obj-h623-expr $val / 1000
attr Deye_12k obj-h623-format %.3f
attr Deye_12k obj-h623-reading Netzleistung_L2__kW
attr Deye_12k obj-h624-expr $val / 1000
attr Deye_12k obj-h624-format %.3f
attr Deye_12k obj-h624-reading Netzleistung_L3__kW
attr Deye_12k obj-h625-expr $val / 1000
attr Deye_12k obj-h625-format %.3f
attr Deye_12k obj-h625-reading Netzleistung_Gesamt__kW
attr Deye_12k obj-h627-expr $val * 0.1
attr Deye_12k obj-h627-format %.2f
attr Deye_12k obj-h627-reading Inverter_Spannung_L1__V
attr Deye_12k obj-h628-expr $val * 0.1
attr Deye_12k obj-h628-format %.2f
attr Deye_12k obj-h628-reading Inverter_Spannung_L2__V
attr Deye_12k obj-h629-expr $val * 0.1
attr Deye_12k obj-h629-format %.2f
attr Deye_12k obj-h629-reading Inverter_Spannung_L3__V
attr Deye_12k obj-h630-expr $val * 0.01
attr Deye_12k obj-h630-format %.2f
attr Deye_12k obj-h630-reading Inverter_Strom_L1__A
attr Deye_12k obj-h630-type S16
attr Deye_12k obj-h631-expr $val * 0.01
attr Deye_12k obj-h631-format %.2f
attr Deye_12k obj-h631-reading Inverter_Strom_L2__A
attr Deye_12k obj-h631-type S16
attr Deye_12k obj-h632-expr $val * 0.01
attr Deye_12k obj-h632-format %.2f
attr Deye_12k obj-h632-reading Inverter_Strom_L3__A
attr Deye_12k obj-h632-type S16
attr Deye_12k obj-h633-expr $val / 1000
attr Deye_12k obj-h633-format %.3f
attr Deye_12k obj-h633-reading Inverter_Leistung_L1__kW
attr Deye_12k obj-h633-type S16
attr Deye_12k obj-h634-expr $val / 1000
attr Deye_12k obj-h634-format %.3f
attr Deye_12k obj-h634-reading Inverter_Leistung_L2__kW
attr Deye_12k obj-h634-type S16
attr Deye_12k obj-h635-expr $val / 1000
attr Deye_12k obj-h635-format %.3f
attr Deye_12k obj-h635-reading Inverter_Leistung_L3__kW
attr Deye_12k obj-h635-type S16
attr Deye_12k obj-h636-expr $val / 1000
attr Deye_12k obj-h636-format %.3f
attr Deye_12k obj-h636-reading Inverter_Leistung_Gesamt__kW
attr Deye_12k obj-h636-type S16
attr Deye_12k obj-h637-expr $val / 1000
attr Deye_12k obj-h637-format %.3f
attr Deye_12k obj-h637-reading Inverter_Scheinleistung_Gesamt_kVar
attr Deye_12k obj-h637-type S16
attr Deye_12k obj-h638-expr $val * 0.01
attr Deye_12k obj-h638-format %.2f
attr Deye_12k obj-h638-reading Inverter_Frequenz__Hz
attr Deye_12k obj-h638-type U16
attr Deye_12k obj-h640-expr $val / 1000
attr Deye_12k obj-h640-format %.3f
attr Deye_12k obj-h640-reading UPS_Leistung_L1__kW
attr Deye_12k obj-h640-type U16
attr Deye_12k obj-h641-expr $val / 1000
attr Deye_12k obj-h641-format %.3f
attr Deye_12k obj-h641-reading UPS_Leistung_L2__kW
attr Deye_12k obj-h641-type U16
attr Deye_12k obj-h642-expr $val / 1000
attr Deye_12k obj-h642-format %.3f
attr Deye_12k obj-h642-reading UPS_Leistung_L3__kW
attr Deye_12k obj-h642-type U16
attr Deye_12k obj-h643-expr $val / 1000
attr Deye_12k obj-h643-format %.3f
attr Deye_12k obj-h643-reading UPS_Leistung_Gesamt__kW
attr Deye_12k obj-h643-type U16
attr Deye_12k obj-h644-expr $val * 0.1
attr Deye_12k obj-h644-format %.2f
attr Deye_12k obj-h644-reading Last_Spannung_L1__V
attr Deye_12k obj-h644-type U16
attr Deye_12k obj-h645-expr $val * 0.1
attr Deye_12k obj-h645-format %.2f
attr Deye_12k obj-h645-reading Last_Spannung_L2__V
attr Deye_12k obj-h645-type U16
attr Deye_12k obj-h646-expr $val * 0.1
attr Deye_12k obj-h646-format %.2f
attr Deye_12k obj-h646-reading Last_Spannung_L3__V
attr Deye_12k obj-h646-type U16
attr Deye_12k obj-h650-expr $val / 1000
attr Deye_12k obj-h650-format %.3f
attr Deye_12k obj-h650-reading Last_Leistung_L1__kW
attr Deye_12k obj-h650-type S16
attr Deye_12k obj-h651-expr $val / 1000
attr Deye_12k obj-h651-format %.3f
attr Deye_12k obj-h651-reading Last_Leistung_L2__kW
attr Deye_12k obj-h651-type S16
attr Deye_12k obj-h652-expr $val / 1000
attr Deye_12k obj-h652-format %.3f
attr Deye_12k obj-h652-reading Last_Leistung_L3__kW
attr Deye_12k obj-h652-type S16
attr Deye_12k obj-h653-expr $val / 1000
attr Deye_12k obj-h653-format %.3f
attr Deye_12k obj-h653-reading Last_Leistung_Gesamt__kW
attr Deye_12k obj-h653-type S16
attr Deye_12k obj-h655-expr $val * 0.01
attr Deye_12k obj-h655-format %.2f
attr Deye_12k obj-h655-reading Last_Netzfrequenz__Hz
attr Deye_12k obj-h655-type S16
attr Deye_12k obj-h661-expr $val * 0.1
attr Deye_12k obj-h661-format %.2f
attr Deye_12k obj-h661-reading Generator_Spannung_L1__V
attr Deye_12k obj-h662-expr $val * 0.1
attr Deye_12k obj-h662-format %.2f
attr Deye_12k obj-h662-reading Generator_Spannung_L2__V
attr Deye_12k obj-h663-expr $val * 0.1
attr Deye_12k obj-h663-format %.2f
attr Deye_12k obj-h663-reading Generator_Spannung_L3__V
attr Deye_12k obj-h664-expr $val / 1000
attr Deye_12k obj-h664-format %.3f
attr Deye_12k obj-h664-reading Generator_Leistung_L1__kW
attr Deye_12k obj-h665-expr $val / 1000
attr Deye_12k obj-h665-format %.3f
attr Deye_12k obj-h665-reading Generator_Leistung_L2__kW
attr Deye_12k obj-h666-expr $val / 1000
attr Deye_12k obj-h666-format %.3f
attr Deye_12k obj-h666-reading Generator_Leistung_L3__kW
attr Deye_12k obj-h667-expr $val / 100
attr Deye_12k obj-h667-format %.3f
attr Deye_12k obj-h667-reading Generator_Leistung_Gesamt__kW
attr Deye_12k obj-h672-expr $val * 10
attr Deye_12k obj-h672-format %1.f
attr Deye_12k obj-h672-reading PV1_Leistung__W
attr Deye_12k obj-h673-expr $val * 10
attr Deye_12k obj-h673-format %1.f
attr Deye_12k obj-h673-reading PV2_Leistung__W
attr Deye_12k obj-h674-expr $val * 10
attr Deye_12k obj-h674-format %1.f
attr Deye_12k obj-h674-reading PV3_Leistung__W
attr Deye_12k obj-h675-expr $val * 10
attr Deye_12k obj-h675-format %1.f
attr Deye_12k obj-h675-reading PV4_Leistung__W
attr Deye_12k obj-h676-expr $val * 0.1
attr Deye_12k obj-h676-format %.2f
attr Deye_12k obj-h676-reading PV1_Spannung__V
attr Deye_12k obj-h677-expr $val * 0.1
attr Deye_12k obj-h677-format %.2f
attr Deye_12k obj-h677-reading PV1_Strom__A
attr Deye_12k obj-h678-expr $val * 0.1
attr Deye_12k obj-h678-format %.2f
attr Deye_12k obj-h678-reading PV2_Spannung__V
attr Deye_12k obj-h679-expr $val * 0.1
attr Deye_12k obj-h679-format %.2f
attr Deye_12k obj-h679-reading PV2_Strom__A
attr Deye_12k obj-h680-expr $val * 0.1
attr Deye_12k obj-h680-format %.2f
attr Deye_12k obj-h680-reading PV3_Spannung__V
attr Deye_12k obj-h681-expr $val * 0.1
attr Deye_12k obj-h681-format %.2f
attr Deye_12k obj-h681-reading PV3_Strom__A
attr Deye_12k obj-h682-expr $val * 0.1
attr Deye_12k obj-h682-format %.2f
attr Deye_12k obj-h682-reading PV4_Spannung__V
attr Deye_12k obj-h683-expr $val * 0.1
attr Deye_12k obj-h683-format %.2f
attr Deye_12k obj-h683-reading PV4_Strom__A
attr Deye_12k room _DEYE,PV-Anlagen
attr Deye_12k sortby 01.01
attr Deye_12k stateFormat {\
my $bms1v=ReadingsNum($name,'Akku_Spannung_BMS1__V',0);;\
my $bms1a=ReadingsNum($name,'Akku_Strom_BMS1__A',0);;\
my $bms1p=ReadingsNum($name,'Akku_Leistung_BMS1__kW',0);;\
my $aeeh=ReadingsNum($name,'Akku_Energie_Entladung_Heute__kWh',0);;\
my $aelh=ReadingsNum($name,'Akku_Energie_Ladung_Heute__kWh',0);;\
my $aeeg=ReadingsNum($name,'Akku_Energie_Entladung_Gesamt__kWh',0);;\
my $aelg=ReadingsNum($name,'Akku_Energie_Ladung_Gesamt__kWh',0);;\
my $asoh=ReadingsNum($name,'Akku_SOH__ALT',0);;\
my $asoc=ReadingsNum($name,'Akku_SOC_BMS1__KAP',0);;\
\
\
my $pv1v=ReadingsNum($name,'PV1_Spannung__V',0);;\
my $pv1a=ReadingsNum($name,'PV1_Strom__A',0);;\
my $pv1p=ReadingsNum($name,'PV1_Leistung__W',0);;\
my $pv2v=ReadingsNum($name,'PV2_Spannung__V',0);;\
my $pv2a=ReadingsNum($name,'PV2_Strom__A',0);;\
my $pv2p=ReadingsNum($name,'PV2_Leistung__W',0);;\
my $pv3v=ReadingsNum($name,'PV3_Spannung__V',0);;\
my $pv3a=ReadingsNum($name,'PV3_Strom__A',0);;\
my $pv3p=ReadingsNum($name,'PV3_Leistung__W',0);;\
my $pv4v=ReadingsNum($name,'PV4_Spannung__V',0);;\
my $pv4a=ReadingsNum($name,'PV4_Strom__A',0);;\
my $pv4p=ReadingsNum($name,'PV4_Leistung__W',0);;\
my $pveh=ReadingsNum($name,'PV_Energie_Heute__kWh',0);;\
\
\
my $il1v=ReadingsNum($name,'Inverter_Spannung_L1__V',0);;\
my $il1a=ReadingsNum($name,'Inverter_Strom_L1__A',0);;\
my $il1p=ReadingsNum($name,'Inverter_Leistung_L1__kW',0);;\
my $il2v=ReadingsNum($name,'Inverter_Spannung_L2__V',0);;\
my $il2a=ReadingsNum($name,'Inverter_Strom_L2__A',0);;\
my $il2p=ReadingsNum($name,'Inverter_Leistung_L2__kW',0);;\
my $il3v=ReadingsNum($name,'Inverter_Spannung_L3__V',0);;\
my $il3a=ReadingsNum($name,'Inverter_Strom_L3__A',0);;\
my $il3p=ReadingsNum($name,'Inverter_Leistung_L3__kW',0);;\
my $ilsp=ReadingsNum($name,'Inverter_Leistung_Gesamt__kW',0);;\
\
\
my $ll1v=ReadingsNum($name,'Last_Spannung_L1__V',0);;\
my $ll1p=ReadingsNum($name,'Last_Leistung_L1__kW',0);;\
my $ll2v=ReadingsNum($name,'Last_Spannung_L2__V',0);;\
my $ll2p=ReadingsNum($name,'Last_Leistung_L2__kW',0);;\
my $ll3v=ReadingsNum($name,'Last_Spannung_L3__V',0);;\
my $ll3p=ReadingsNum($name,'Last_Leistung_L3__kW',0);;\
my $llsp=ReadingsNum($name,'Last_Leistung_Gesamt__kW',0);;\
\
\
my $ul1p=ReadingsNum($name,'UPS_Leistung_L1__kW',0);;\
my $ul2p=ReadingsNum($name,'UPS_Leistung_L2__kW',0);;\
my $ul3p=ReadingsNum($name,'UPS_Leistung_L3__kW',0);;\
my $ulsp=ReadingsNum($name,'UPS_Leistung_Gesamt__kW',0);;\
\
\
my $bms1t=ReadingsNum($name,'Akku_Temperatur_BMS1__C',0);;\
\
\
my %val2hex = (\
'1000' => 'bcbcbc',\
'1001' => 'b5f799',\
'1002' => '00fb45',\
'1003' => 'ffa500',\
'1004' => 'f44336',\
'1005' => 'ffffff');;\
\
"\
<b>\
<br>\
<span style='color:#2986cc'>Akku Alterung<span style='color:transparent'>....<span style='color:#2986cc'>$asoh %\
<span style='color:transparent'>.............\
<span style='color:#2986cc'>Akku Kapazität<span style='color:transparent'>....<span style='color:#2986cc'>$asoc %\
<br>\
<br>\
<span style='color:#FFDD00'>Akku Spannung<span style='color:transparent'>....<span style='color:#FFDD00'>$bms1v V\
<span style='color:transparent'>.............\
<span style='color:#AAFF00'>Akku Strom<span style='color:transparent'>....<span style='color:#AAFF00'>$bms1a A\
<span style='color:transparent'>.............\
<span style='color:#00FFFF'>Akku Leistung<span style='color:transparent'>....<span style='color:#00FFFF'>$bms1p kW\
<br>\
<br>\
<span style='color:#c90076'>Akku Energie Entladung Heute<span style='color:transparent'>....<span style='color:#c90076'>$aeeh kWh\
<span style='color:transparent'>...........\
<span style='color:#c90076'>Akku Energie Entladung Gesamt<span style='color:transparent'>....<span style='color:#c90076'>$aeeg MWh\
<br>\
<span style='color:#c90076'>Akku Energie Ladung Heute<span style='color:transparent'>....<span style='color:#c90076'>$aelh kWh\
<span style='color:transparent'>................\
<span style='color:#c90076'>Akku Energie Ladung Gesamt<span style='color:transparent'>....<span style='color:#c90076'>$aelg MWh\
<br>\
<br>\
<br>\
\
<span style='color:transparent'>\
<span style='color:#FFFFFF'>Status\
<span style='color:transparent'>...\
<span>".FW_makeImage('rc_dot@#'.$val2hex{ReadingsNum($name,'Betriebsstatus',1000)})."\
</span>\
\
<br>\
<br>\
<span style='color:#FFDD00'>PV1 Spannung<span style='color:transparent'>....<span style='color:#FFDD00'>$pv1v V\
<span style='color:transparent'>.............\
<span style='color:#AAFF00'>PV1 Strom<span style='color:transparent'>....<span style='color:#AAFF00'>$pv1a A\
<span style='color:transparent'>.............\
<span style='color:#00FFFF'>PV1 Leistung<span style='color:transparent'>....<span style='color:#00FFFF'>$pv1p W\
<br>\
<span style='color:#FFDD00'>PV2 Spannung<span style='color:transparent'>....<span style='color:#FFDD00'>$pv2v V\
<span style='color:transparent'>.............\
<span style='color:#AAFF00'>PV2 Strom<span style='color:transparent'>....<span style='color:#AAFF00'>$pv2a A\
<span style='color:transparent'>.............\
<span style='color:#00FFFF'>PV2 Leistung<span style='color:transparent'>....<span style='color:#00FFFF'>$pv2p W\
<br>\
<span style='color:#FFDD00'>PV3 Spannung<span style='color:transparent'>....<span style='color:#FFDD00'>$pv3v V\
<span style='color:transparent'>.............\
<span style='color:#AAFF00'>PV3 Strom<span style='color:transparent'>....<span style='color:#AAFF00'>$pv3a A\
<span style='color:transparent'>.............\
<span style='color:#00FFFF'>PV3 Leistung<span style='color:transparent'>....<span style='color:#00FFFF'>$pv3p W\
<br>\
<span style='color:#FFDD00'>PV4 Spannung<span style='color:transparent'>....<span style='color:#FFDD00'>$pv4v V\
<span style='color:transparent'>.............\
<span style='color:#AAFF00'>PV4 Strom<span style='color:transparent'>....<span style='color:#AAFF00'>$pv4a A\
<span style='color:transparent'>.............\
<span style='color:#00FFFF'>PV4 Leistung<span style='color:transparent'>....<span style='color:#00FFFF'>$pv4p W\
<br>\
<br>\
<span style='color:#c90076'>PV Energie Heute<span style='color:transparent'>......<span style='color:#c90076'>$pveh kWh\
<br>\
<br>\
<br>\
<span style='color:#FFDD00'>Inverter Spannung L1<span style='color:transparent'>....<span style='color:#FFDD00'>$il1v V\
<span style='color:transparent'>.............\
<span style='color:#AAFF00'>Inverter Strom L1<span style='color:transparent'>....<span style='color:#AAFF00'>$il1a A\
<span style='color:transparent'>.............\
<span style='color:#00FFFF'>Inverter Leistung L1<span style='color:transparent'>....<span style='color:#00FFFF'>$il1p kW\
<br>\
<span style='color:#FFDD00'>Inverter Spannung L2<span style='color:transparent'>....<span style='color:#FFDD00'>$il2v V\
<span style='color:transparent'>.............\
<span style='color:#AAFF00'>Inverter Strom L2<span style='color:transparent'>....<span style='color:#AAFF00'>$il2a A\
<span style='color:transparent'>.............\
<span style='color:#00FFFF'>Inverter Leistung L2<span style='color:transparent'>....<span style='color:#00FFFF'>$il2p kW\
<br>\
<span style='color:#FFDD00'>Inverter Spannung L3<span style='color:transparent'>....<span style='color:#FFDD00'>$il3v V\
<span style='color:transparent'>.............\
<span style='color:#AAFF00'>Inverter Strom L3<span style='color:transparent'>....<span style='color:#AAFF00'>$il3a A\
<span style='color:transparent'>.............\
<span style='color:#00FFFF'>Inverter Leistung L3<span style='color:transparent'>....<span style='color:#00FFFF'>$il3p kW\
<br>\
<span style='color:transparent'>........................................................................................................................................ \
<span style='color:#00FFFF'>Inverter Leistung ∑<span style='color:transparent'>......<span style='color:#00FFFF'>$ilsp kW\
<br>\
<br>\
<span style='color:#FFDD00'>Last Spannung L1<span style='color:transparent'>....<span style='color:#FFDD00'>$ll1v V\
<span style='color:transparent'>....................\
<span style='color:#00FFFF'>Last Leistung L1<span style='color:transparent'>....<span style='color:#00FFFF'>$ll1p kW\
<span style='color:transparent'>..........\
<span style='color:#00FFFF'>UPS Leistung L1<span style='color:transparent'>....<span style='color:#00FFFF'>$ul1p kW\
<br>\
<span style='color:#FFDD00'>Last Spannung L2<span style='color:transparent'>....<span style='color:#FFDD00'>$ll2v V\
<span style='color:transparent'>....................\
<span style='color:#00FFFF'>Last Leistung L2<span style='color:transparent'>....<span style='color:#00FFFF'>$ll2p kW\
<span style='color:transparent'>..........\
<span style='color:#00FFFF'>UPS Leistung L2<span style='color:transparent'>....<span style='color:#00FFFF'>$ul2p kW\
<br>\
<span style='color:#FFDD00'>Last Spannung L3<span style='color:transparent'>....<span style='color:#FFDD00'>$ll3v V\
<span style='color:transparent'>....................\
<span style='color:#00FFFF'>Last Leistung L3<span style='color:transparent'>....<span style='color:#00FFFF'>$ll3p kW\
<span style='color:transparent'>..........\
<span style='color:#00FFFF'>UPS Leistung L3<span style='color:transparent'>....<span style='color:#00FFFF'>$ul3p kW\
<br>\
<span style='color:transparent'>.........................................................................\
<span style='color:#00FFFF'>Last Leistung ∑<span style='color:transparent'>......<span style='color:#00FFFF'>$llsp kW\
<span style='color:transparent'>..........\
<span style='color:#00FFFF'>UPS Leistung ∑<span style='color:transparent'>......<span style='color:#00FFFF'>$ulsp kW\
<br>\
<br>\
</b></span>\
"\
}
define FileLog_Deye_12k FileLog /media/hdd/fhem/log02/pv-anlagen/og2/pva1/Deye_12k-%Y-%m-%W.log Deye_12k:Akku_SOH__ALT:.*|Deye_12k:Akku_SOC__KAP:.*|Deye_12k:Akku_Spannung__V:.*
attr FileLog_Deye_12k alias OG2 Heizraum - PV-Anlage 1
attr FileLog_Deye_12k createGluedFile 1
attr FileLog_Deye_12k icon edit_paste
attr FileLog_Deye_12k logtype temp4:Temp,text
attr FileLog_Deye_12k room _LOG
define SVG_Deye_12k SVG FileLog_Deye_12k:SVG_Deye_12k:CURRENT
attr SVG_Deye_12k alias OG2 Heizraum - PV-Anlage 1
attr SVG_Deye_12k fixedrange week
attr SVG_Deye_12k group PV Anlage 1
attr SVG_Deye_12k plotWeekStartDay 1
attr SVG_Deye_12k plotsize 800,250
attr SVG_Deye_12k room PV-Anlagen,_DEYE
LG
Chris
SUN-12K-SG01HP3-EU-AM2, 2 x GB-LBS 12,27kWh
SUN-15K-SG01HP3-EU-AM2, 1 x GB-LBS 24,54kWh
Themenstarter 23. November 2024 16:41
Hallo Burny, ich habe jetzt mal die Attribute von dir angepasst im Register 667. Leider ist das noch genau so. Wenn die Sonne untergeht kommen im log Werte von 65526. Ich hänge mal einen auszug dran.
2024-11-23 15:11:18 Mod_Deye MODBUSATTR gen_eing_gesamt: 65526.000 gen_eing_gesamt 65526.000 NULL 2024-11-23 15:11:18 Mod_Deye MODBUSATTR PV1_W: 88 PV1_W 88 NULL 2024-11-23 15:11:05 Mod_Deye MODBUSATTR gen_eing_gesamt: 8.000 gen_eing_gesamt 8.000 NULL 2024-11-23 15:11:03 Mod_Deye MODBUSATTR gen_eing_gesamt: 9.000 gen_eing_gesamt 9.000 NULL 2024-11-23 15:10:48 Mod_Deye MODBUSATTR gen_eing_gesamt: 11.000 gen_eing_gesamt 11.000 NULL 2024-11-23 15:10:48 Mod_Deye MODBUSATTR PV1_W: 97 PV1_W 97 NULL 2024-11-23 15:10:33 Mod_Deye MODBUSATTR gen_eing_gesamt: 10.000 gen_eing_gesamt 10.000 NULL 2024-11-23 15:10:18 Mod_Deye MODBUSATTR gen_eing_gesamt: 12.000 gen_eing_gesamt 12.000 NULL 2024-11-23 15:10:18 Mod_Deye MODBUSATTR PV1_W: 98 PV1_W 98 NULL 2024-11-23 15:10:03 Mod_Deye MODBUSATTR PV1_W: 93 PV1_W 93 NULL 2024-11-23 15:09:48 Mod_Deye MODBUSATTR gen_eing_gesamt: 11.000 gen_eing_gesamt 11.000 NULL 2024-11-23 15:09:48 Mod_Deye MODBUSATTR PV1_W: 88 PV1_W 88 NULL 2024-11-23 15:09:18 Mod_Deye MODBUSATTR gen_eing_gesamt: 7.000 gen_eing_gesamt 7.000 NULL 2024-11-23 15:09:18 Mod_Deye MODBUSATTR PV1_W: 92 PV1_W 92 NULL 2024-11-23 15:09:03 Mod_Deye MODBUSATTR PV1_W: 91 PV1_W 91 NULL 2024-11-23 15:08:48 Mod_Deye MODBUSATTR gen_eing_gesamt: 9.000 gen_eing_gesamt 9.000 NULL 2024-11-23 15:08:48 Mod_Deye MODBUSATTR PV1_W: 90 PV1_W 90 NULL 2024-11-23 15:08:33 Mod_Deye MODBUSATTR PV1_W: 87 PV1_W 87 NULL 2024-11-23 15:08:18 Mod_Deye MODBUSATTR Genport_power_L1: 6552.600 Genport_power_L1 6552.600 NULL 2024-11-23 15:08:18 Mod_Deye MODBUSATTR gen_eing_gesamt: 65526.000 gen_eing_gesamt 65526.000 NULL
Deye SUN-12K-SG04LP3-EU
23. November 2024 17:27
ich habe jetzt mal die Attribute von dir angepasst im Register 667. Leider ist das noch genau so. Wenn die Sonne untergeht kommen im log Werte von 65526.
Das Register 667 "total power of Gen port Low_Word" muss unbedingt mit dem Register 671 "total power of Gen port High_Word" ausgewertet werden.
Beide Register gehören zusammen.
Deye SUN-12K-SG04LP3-EU, 36 х Trina Vertex S 425W, 2 x Deye RW-M 6.1
Deye SUN-8K-SG04LP3-EU, 10 х Trina Vertex S+ 430W, 2 x Deye RW-M 6.1
2 x Deye SUN 2000, je 4 х Trina Vertex S+ 430W, Netzparallel zu 8kW WR
1 x Deye SUN 600, 2 х Sharp NU-JC 410W, Netzparallel zu 8kW WR
Themenstarter 23. November 2024 17:42
Kannst du das eventuell etwas erläutern? Ich habe leider wirklich nicht viel Ahnung...
Deye SUN-12K-SG04LP3-EU
23. November 2024 17:46
Ich kann es versuchen. Als Register 667 den Wert 65526 hatte, welchen Wert hatte Register 671?
Deye SUN-12K-SG04LP3-EU, 36 х Trina Vertex S 425W, 2 x Deye RW-M 6.1
Deye SUN-8K-SG04LP3-EU, 10 х Trina Vertex S+ 430W, 2 x Deye RW-M 6.1
2 x Deye SUN 2000, je 4 х Trina Vertex S+ 430W, Netzparallel zu 8kW WR
1 x Deye SUN 600, 2 х Sharp NU-JC 410W, Netzparallel zu 8kW WR
Themenstarter 23. November 2024 17:48
@amiko weiß ich nicht, muss ich morgen mal mit loggen.
Deye SUN-12K-SG04LP3-EU
Themenstarter 23. November 2024 17:55
Register 671 ist in meiner Beschreibung garnicht hinterlegt. Ich verstehe auch das Problem nicht, ich könnte ja auch Register 664 Phase power of Gen port A nehmen, das sollte doch genau so wie das Reg 672 für die PV Leistung arbeiten oder?
Deye SUN-12K-SG04LP3-EU
23. November 2024 18:22
Ich kenne dein System nicht, ich benutze Home Assistant da ist alles einfacher. Dies ist meine Konfiguration für beide Register, die Adressen werden in hex eingegeben.
# SmartLoad/Generator - The Power is S16bit (low 16 bits) + S16bit (high 16 bits)
- name: "SmartLoad Power"
description: Combined power of all three phases
class: "power"
state_class: "measurement"
uom: "W"
rule: 2
registers: [0x029B, 0x029F]
Bei dir werden die Register vielleicht an der Stelle zusammengefasst, aber irgendwie nicht richtig.
# adr 664
# kombiniere h664 len 1 genport_power_L1 mit h667 len 1 gen_eing_gesamt
# len 1
# objKombinieren h664
# lesen Genport_power_L1
# span 4
# Typ h
Es macht keinen Sinn, das Register 664 mit dem Register 667 zu kombinieren, wenn schon, dann 664 mit 668, und das Register 667 mit dem Register 671 kombinieren.
Deye SUN-12K-SG04LP3-EU, 36 х Trina Vertex S 425W, 2 x Deye RW-M 6.1
Deye SUN-8K-SG04LP3-EU, 10 х Trina Vertex S+ 430W, 2 x Deye RW-M 6.1
2 x Deye SUN 2000, je 4 х Trina Vertex S+ 430W, Netzparallel zu 8kW WR
1 x Deye SUN 600, 2 х Sharp NU-JC 410W, Netzparallel zu 8kW WR
Themenstarter 23. November 2024 18:45
Für mich ist es aber total unlogisch warum das wenn die Sonne scheint funktioniert , wenn die Sonne ganz weg ist auch und nur wenn sie auf oder unter geht kommen diese Ausschläge.
Deye SUN-12K-SG04LP3-EU
23. November 2024 19:39
Ich versuche es noch einmal, also Register 667 und 671 zusammen ergeben einen Wert für die Gesamtleistung des Gen-Ports, dieser Wert ist dynamisch, ändert sich also ständig, und wenn der Wert zu groß ist, dann kann er nicht über ein Register übertragen werden. In diesem Fall wird der Wert in zwei Register aufgeteilt, das niederwertige Register (Low_Word) und das höherwertige Register (High_Word). Wenn z.B. die Zahl 5678 nur mit 3 Ziffern (Stellen) dargestellt werden soll, ist dies nicht möglich, da die Zahl 678 nicht vollständig ist. Dasselbe gilt für die Register 667 und 671. Der WR überträgt die Werte hexadezimal, das System wandelt sie in dezimal um. Also dein Register 667 hat den Wert 65526 dez entspricht FFF6 hex, ich nehme an das Register 671 hatte den Wert 1 hex. Wenn wir beide Werte zusammenzählen, ergibt sich 1FFF6 hex oder 131062 Watt dez.
Der Wert kann ggf. auch negativ sein, in diesem Fall erfolgt eine andere Umrechnung. Möglicherweise durch die falsche Umrechnung, hast du deine Ausschläge.
Diese r Beitrag wurde geändert Vor 2 Monaten von amiko
Deye SUN-12K-SG04LP3-EU, 36 х Trina Vertex S 425W, 2 x Deye RW-M 6.1
Deye SUN-8K-SG04LP3-EU, 10 х Trina Vertex S+ 430W, 2 x Deye RW-M 6.1
2 x Deye SUN 2000, je 4 х Trina Vertex S+ 430W, Netzparallel zu 8kW WR
1 x Deye SUN 600, 2 х Sharp NU-JC 410W, Netzparallel zu 8kW WR
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