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Themenstarter 11. Juli 2024 18:59
Ich benötige eine aktuelle Modbus Registerliste um ein lokales Monitoring zu installieren.
Das Monitoring wird an der RS485 Schnittstelle angeschlossen. Ich kann die Schnittstelle schon auslesen, aber die vorhandene Registerliste stimmt bei vielen Datenpunkten nicht überein.
LG
Chris
SUN-12K-SG01HP3-EU-AM2, 2 x GB-LBS 12,27kWh
SUN-15K-SG01HP3-EU-AM2, 1 x GB-LBS 24,54kWh
11. Juli 2024 19:42
Ich kann 2 Modbus Registerlisten anbieten, V118 für Mikro-Wechselrichter und einphasige WR. Version 104 ist für dreiphasige WR. Ich benutze die Liste für meine Deye-Sun-12KW-SG04LP3.
Kannst du deine modbus.yaml Datei hier posten? Dies wäre eine Hilfe für eine Vielzahl von Nutzern.
Deye SUN-12K-SG04LP3-EU, 36 х Trina Vertex 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
Burny reacted
Themenstarter 12. Juli 2024 14:12
Danke für die Liste. Damit werde ich mich die nächsten Tage beschäftigen.
Ich bin am Einbinden in FHEM wo ich meine ganze Haustechnik habe. Wenn ich fertig bin kann ich die gesamte Konfiguration wie ich sie verwende ins Forum stellen.
LG
Chris
SUN-12K-SG01HP3-EU-AM2, 2 x GB-LBS 12,27kWh
SUN-15K-SG01HP3-EU-AM2, 1 x GB-LBS 24,54kWh
Quantsch reacted
Themenstarter 5. August 2024 15:00
Den Großteil habe ich schon für meine FHEM-Haustechnik-Umgebung erarbeitet.
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 .*:60 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 %.1f attr Deye_12k obj-h10003-reading Akku_Spannung attr Deye_12k obj-h10004-expr $val * 0.1 attr Deye_12k obj-h10004-format %.1f attr Deye_12k obj-h10004-reading Akku_Strom attr Deye_12k obj-h10005-expr $val * 1 attr Deye_12k obj-h10005-format %1.f attr Deye_12k obj-h10005-reading Akku_SOC attr Deye_12k obj-h10006-expr $val * 1 attr Deye_12k obj-h10006-format %1.f attr Deye_12k obj-h10006-reading Akku_SOH attr Deye_12k obj-h10008-expr ($val -1000) * 0.1 attr Deye_12k obj-h10008-format %1.f attr Deye_12k obj-h10008-reading Akku_Temperatur attr Deye_12k obj-h501-expr $val * 0.1 attr Deye_12k obj-h501-format %.1f attr Deye_12k obj-h501-reading Energieerzeugung_Heute attr Deye_12k obj-h505-expr $val * 0.1 attr Deye_12k obj-h505-format %.1f attr Deye_12k obj-h505-reading Energieerzeugung_Gesamt attr Deye_12k obj-h514-expr $val * 0.1 attr Deye_12k obj-h514-format %.1f attr Deye_12k obj-h514-reading Akkuladung_Heute attr Deye_12k obj-h515-expr $val * 0.1 attr Deye_12k obj-h515-format %.1f attr Deye_12k obj-h515-reading Akkuladung_Gesamt attr Deye_12k obj-h516-expr $val * 0.1 attr Deye_12k obj-h516-format %.1f attr Deye_12k obj-h516-reading Akkuladung_Gesamt attr Deye_12k obj-h518-expr $val * 0.1 attr Deye_12k obj-h518-format %.1f attr Deye_12k obj-h518-reading Akkuentladung_Gesamt attr Deye_12k obj-h520-expr $val * 0.1 attr Deye_12k obj-h520-format %.1f attr Deye_12k obj-h520-reading Energiekauf_Heute attr Deye_12k obj-h521-expr $val * 0.1 attr Deye_12k obj-h521-format %.1f attr Deye_12k obj-h521-reading Energieverkauf_Heute attr Deye_12k obj-h522-expr $val * 0.1 attr Deye_12k obj-h522-format %.1f attr Deye_12k obj-h522-reading Energiekauf_Gesamt attr Deye_12k obj-h524-expr $val * 0.1 attr Deye_12k obj-h524-format %.1f attr Deye_12k obj-h524-reading Energieverkauf_Gesamt attr Deye_12k obj-h526-expr $val * 0.1 attr Deye_12k obj-h526-format %.1f attr Deye_12k obj-h526-reading Ladeenergie_Heute attr Deye_12k obj-h527-expr $val * 0.1 attr Deye_12k obj-h527-format %.1f attr Deye_12k obj-h527-reading Ladeenergie_Gesamt 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 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 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 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 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 attr Deye_12k obj-h534-expr $val * 0.1 attr Deye_12k obj-h534-format %.1f attr Deye_12k obj-h534-reading PV_Energie_Gesamt attr Deye_12k obj-h540-expr ($val -1000) * 0.1 attr Deye_12k obj-h540-format %1.f attr Deye_12k obj-h540-reading DC_Temperatur 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 attr Deye_12k obj-h598-expr $val * 0.1 attr Deye_12k obj-h598-format %.1f attr Deye_12k obj-h598-reading Netzspannung_L1 attr Deye_12k obj-h599-expr $val * 0.1 attr Deye_12k obj-h599-format %.1f attr Deye_12k obj-h599-reading Netzspannung_L2 attr Deye_12k obj-h600-expr $val * 0.1 attr Deye_12k obj-h600-format %.1f attr Deye_12k obj-h600-reading Netzspannung_L3 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 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 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 attr Deye_12k obj-h612-type S16 attr Deye_12k obj-h613-expr $val * 0.01 attr Deye_12k obj-h613-format %.1f attr Deye_12k obj-h613-reading Externer_CT_Netzstrom_L1 attr Deye_12k obj-h613-type S16 attr Deye_12k obj-h614-expr $val * 0.01 attr Deye_12k obj-h614-format %.1f attr Deye_12k obj-h614-reading Externer_CT_Netzstrom_L2 attr Deye_12k obj-h614-type S16 attr Deye_12k obj-h615-expr $val * 0.01 attr Deye_12k obj-h615-format %.1f attr Deye_12k obj-h615-reading Externer_CT_Netzstrom_L3 attr Deye_12k obj-h615-type S16 attr Deye_12k obj-h616-expr $val * 1 attr Deye_12k obj-h616-format %1.f attr Deye_12k obj-h616-reading Externe_Leistung_L1 attr Deye_12k obj-h616-type S16 attr Deye_12k obj-h617-expr $val * 1 attr Deye_12k obj-h617-format %1.f attr Deye_12k obj-h617-reading Externe_Leistung_L2 attr Deye_12k obj-h617-type S16 attr Deye_12k obj-h618-expr $val * 1 attr Deye_12k obj-h618-format %1.f attr Deye_12k obj-h618-reading Externe_Leistung_L3 attr Deye_12k obj-h618-type S16 attr Deye_12k obj-h619-expr $val * 1 attr Deye_12k obj-h619-format %1.f attr Deye_12k obj-h619-reading Externe_Leistung_Gesamt attr Deye_12k obj-h619-type S16 attr Deye_12k obj-h620-expr $val * 1 attr Deye_12k obj-h620-format %1.f attr Deye_12k obj-h620-reading Externe_Scheinleistung_Gesamt attr Deye_12k obj-h620-type S16 attr Deye_12k obj-h622-expr $val * 1 attr Deye_12k obj-h622-format %1.f attr Deye_12k obj-h622-reading Netzleistung_L1_L attr Deye_12k obj-h623-expr $val * 1 attr Deye_12k obj-h623-format %1.f attr Deye_12k obj-h623-reading Netzleistung_L2_L attr Deye_12k obj-h624-expr $val * 1 attr Deye_12k obj-h624-format %1.f attr Deye_12k obj-h624-reading Netzleistung_L3_L attr Deye_12k obj-h625-expr $val * 1 attr Deye_12k obj-h625-format %1.f attr Deye_12k obj-h625-reading Netzleistung_Gesamt_L attr Deye_12k obj-h627-expr $val * 0.1 attr Deye_12k obj-h627-format %.1f attr Deye_12k obj-h627-reading Inverter_Ausgangsspannung_L1 attr Deye_12k obj-h628-expr $val * 0.1 attr Deye_12k obj-h628-format %.1f attr Deye_12k obj-h628-reading Inverter_Ausgangsspannung_L2 attr Deye_12k obj-h629-expr $val * 0.1 attr Deye_12k obj-h629-format %.1f attr Deye_12k obj-h629-reading Inverter_Ausgangsspannung_L3 attr Deye_12k obj-h630-expr $val * 0.01 attr Deye_12k obj-h630-format %.2f attr Deye_12k obj-h630-reading Inverter_Ausgangsstrom_L1 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_Ausgangsstrom_L2 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_Ausgangsstrom_L3 attr Deye_12k obj-h632-type S16 attr Deye_12k obj-h633-expr $val * 1 attr Deye_12k obj-h633-format %1.f attr Deye_12k obj-h633-reading Inverter_Ausgangsleistung_L1 attr Deye_12k obj-h633-type S16 attr Deye_12k obj-h634-expr $val * 1 attr Deye_12k obj-h634-format %1.f attr Deye_12k obj-h634-reading Inverter_Ausgangsleistung_L2 attr Deye_12k obj-h634-type S16 attr Deye_12k obj-h635-expr $val * 1 attr Deye_12k obj-h635-format %1.f attr Deye_12k obj-h635-reading Inverter_Ausgangsleistung_L3 attr Deye_12k obj-h635-type S16 attr Deye_12k obj-h636-expr $val * 1 attr Deye_12k obj-h636-format %1.f attr Deye_12k obj-h636-reading Inverter_Ausgangsleistung_gesamt attr Deye_12k obj-h636-type S16 attr Deye_12k obj-h637-expr $val * 1 attr Deye_12k obj-h637-format %1.f attr Deye_12k obj-h637-reading Inverter_Ausgangsscheinleistung_gesamt 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 attr Deye_12k obj-h638-type U16 attr Deye_12k obj-h640-expr $val * 1 attr Deye_12k obj-h640-format %1.f attr Deye_12k obj-h640-reading UPS_Ausgangsleistung_L1 attr Deye_12k obj-h640-type U16 attr Deye_12k obj-h641-expr $val * 1 attr Deye_12k obj-h641-format %1.f attr Deye_12k obj-h641-reading UPS_Ausgangsleistung_L2 attr Deye_12k obj-h641-type U16 attr Deye_12k obj-h642-expr $val * 1 attr Deye_12k obj-h642-format %1.f attr Deye_12k obj-h642-reading UPS_Ausgangsleistung_L3 attr Deye_12k obj-h642-type U16 attr Deye_12k obj-h643-expr $val * 1 attr Deye_12k obj-h643-format %1.f attr Deye_12k obj-h643-reading UPS_Ausgangsleistung_gesamt attr Deye_12k obj-h643-type U16 attr Deye_12k obj-h644-expr $val * 0.1 attr Deye_12k obj-h644-format %.1f attr Deye_12k obj-h644-reading Last_Spannung_L1 attr Deye_12k obj-h644-type U16 attr Deye_12k obj-h645-expr $val * 0.1 attr Deye_12k obj-h645-format %.1f attr Deye_12k obj-h645-reading Last_Spannung_L2 attr Deye_12k obj-h645-type U16 attr Deye_12k obj-h646-expr $val * 0.1 attr Deye_12k obj-h646-format %.1f attr Deye_12k obj-h646-reading Last_Spannung_L3 attr Deye_12k obj-h646-type U16 attr Deye_12k obj-h650-expr $val * 1 attr Deye_12k obj-h650-format %1.f attr Deye_12k obj-h650-reading Last_Leistung_L1 attr Deye_12k obj-h650-type S16 attr Deye_12k obj-h651-expr $val * 1 attr Deye_12k obj-h651-format %1.f attr Deye_12k obj-h651-reading Last_Leistung_L2 attr Deye_12k obj-h651-type S16 attr Deye_12k obj-h652-expr $val * 1 attr Deye_12k obj-h652-format %1.f attr Deye_12k obj-h652-reading Last_Leistung_L3 attr Deye_12k obj-h652-type S16 attr Deye_12k obj-h653-expr $val * 1 attr Deye_12k obj-h653-format %1.f attr Deye_12k obj-h653-reading Last_Leistung_gesamt 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 %.1f attr Deye_12k obj-h661-reading Generator_Spannung_L1 attr Deye_12k obj-h662-expr $val * 0.1 attr Deye_12k obj-h662-format %.1f attr Deye_12k obj-h662-reading Generator_Spannung_L2 attr Deye_12k obj-h663-expr $val * 0.1 attr Deye_12k obj-h663-format %.1f attr Deye_12k obj-h663-reading Generator_Spannung_L3 attr Deye_12k obj-h664-expr $val * 1 attr Deye_12k obj-h664-format %1.f attr Deye_12k obj-h664-reading Generator_Leistung_L1 attr Deye_12k obj-h665-expr $val * 1 attr Deye_12k obj-h665-format %1.f attr Deye_12k obj-h665-reading Generator_Leistung_L2 attr Deye_12k obj-h666-expr $val * 1 attr Deye_12k obj-h666-format %1.f attr Deye_12k obj-h666-reading Generator_Leistung_L3 attr Deye_12k obj-h667-expr $val * 1 attr Deye_12k obj-h667-format %1.f attr Deye_12k obj-h667-reading Generator_Leistung_gesamt attr Deye_12k obj-h672-expr $val * 10 attr Deye_12k obj-h672-format %1.f attr Deye_12k obj-h672-reading PV1_Leistung attr Deye_12k obj-h673-expr $val * 10 attr Deye_12k obj-h673-format %1.f attr Deye_12k obj-h673-reading PV2_Leistung attr Deye_12k obj-h674-expr $val * 10 attr Deye_12k obj-h674-format %1.f attr Deye_12k obj-h674-reading PV3_Leistung attr Deye_12k obj-h675-expr $val * 10 attr Deye_12k obj-h675-format %1.f attr Deye_12k obj-h675-reading PV4_Leistung attr Deye_12k obj-h676-expr $val * 0.1 attr Deye_12k obj-h676-format %.1f attr Deye_12k obj-h676-reading PV1_Spannung attr Deye_12k obj-h677-expr $val * 0.1 attr Deye_12k obj-h677-format %.1f attr Deye_12k obj-h677-reading PV1_Strom attr Deye_12k obj-h678-expr $val * 0.1 attr Deye_12k obj-h678-format %.1f attr Deye_12k obj-h678-reading PV2_Spannung attr Deye_12k obj-h679-expr $val * 0.1 attr Deye_12k obj-h679-format %.1f attr Deye_12k obj-h679-reading PV2_Strom attr Deye_12k obj-h680-expr $val * 0.1 attr Deye_12k obj-h680-format %.1f attr Deye_12k obj-h680-reading PV3_Spannung attr Deye_12k obj-h681-expr $val * 0.1 attr Deye_12k obj-h681-format %.1f attr Deye_12k obj-h681-reading PV3_Strom attr Deye_12k obj-h682-expr $val * 0.1 attr Deye_12k obj-h682-format %.1f attr Deye_12k obj-h682-reading PV4_Spannung attr Deye_12k obj-h683-expr $val * 0.1 attr Deye_12k obj-h683-format %.1f attr Deye_12k obj-h683-reading PV4_Strom attr Deye_12k obj-h687-expr $val * 1 attr Deye_12k obj-h687-format %1.f attr Deye_12k obj-h687-reading Netzleistung_L1_H attr Deye_12k obj-h688-expr $val * 1 attr Deye_12k obj-h688-format %1.f attr Deye_12k obj-h688-reading Netzleistung_L2_H attr Deye_12k obj-h689-expr $val * 1 attr Deye_12k obj-h689-format %1.f attr Deye_12k obj-h689-reading Netzleistung_L3_H attr Deye_12k obj-h690-expr $val * 1 attr Deye_12k obj-h690-format %1.f attr Deye_12k obj-h690-reading Netzleistung_Gesamt_H attr Deye_12k room _DEYE,PV-Anlagen attr Deye_12k stateFormat <b><span style='color:#FFDD00'>Inverterspannung L1<span style='color:transparent'>....<span style='color:#FFDD00'>Inverter_Ausgangsspannung_L1 V\ <span style='color:transparent'>....................\ <span style='color:#AAFF00'>Inverterstrom L1<span style='color:transparent'>....<span style='color:#AAFF00'>Inverter_Ausgangsstrom_L1 A\ <span style='color:transparent'>....................\ <span style='color:#00FFFF'>Inverterleistung L1<span style='color:transparent'>....<span style='color:#00FFFF'>Inverter_Ausgangsleistung_L1 W\ </b></span><br>\ \ <b><span style='color:#FFDD00'>Inverterspannung L2<span style='color:transparent'>....<span style='color:#FFDD00'>Inverter_Ausgangsspannung_L2 V\ <span style='color:transparent'>....................\ <span style='color:#AAFF00'>Inverterstrom L2<span style='color:transparent'>....<span style='color:#AAFF00'>Inverter_Ausgangsstrom_L2 A\ <span style='color:transparent'>....................\ <span style='color:#00FFFF'>Inverterleistung L2<span style='color:transparent'>....<span style='color:#00FFFF'>Inverter_Ausgangsleistung_L2 W\ </b></span><br>\ \ <b><span style='color:#FFDD00'>Inverterspannung L3<span style='color:transparent'>....<span style='color:#FFDD00'>Inverter_Ausgangsspannung_L3 V\ <span style='color:transparent'>....................\ <span style='color:#AAFF00'>Inverterstrom L3<span style='color:transparent'>....<span style='color:#AAFF00'>Inverter_Ausgangsstrom_L3 A\ <span style='color:transparent'>....................\ <span style='color:#00FFFF'>Inverterleistung L3<span style='color:transparent'>....<span style='color:#00FFFF'>Inverter_Ausgangsleistung_L3 W\ </b></span><br>\ \ <b><span style='color:transparent'>.................................................................................................................................................\ <span style='color:#00FFFF'>Inverterleistung ∑<span style='color:transparent'>......<span style='color:#00FFFF'><b>Inverter_Ausgangsleistung_gesamt W\ </b></span><br><br><br>\ \ \ <b><span style='color:#FFDD00'>Last Spannung L1<span style='color:transparent'>....<span style='color:#FFDD00'>Last_Spannung_L1 V\ <span style='color:transparent'>....................\ <span style='color:transparent'>Last Strom L1<span style='color:transparent'>....<span style='color:transparent'>Last_Strom_L1 A\ <span style='color:transparent'>.............\ <span style='color:#00FFFF'>Last Leistung L1<span style='color:transparent'>....<span style='color:#00FFFF'>Last_Leistung_L1 W\ </b></span><br>\ \ <b><span style='color:#FFDD00'>Last Spannung L2<span style='color:transparent'>....<span style='color:#FFDD00'>Last_Spannung_L2 V\ <span style='color:transparent'>....................\ <span style='color:transparent'>Last Strom L2<span style='color:transparent'>....<span style='color:transparent'>Last_Strom_L2 A\ <span style='color:transparent'>.............\ <span style='color:#00FFFF'>Last Leistung L2<span style='color:transparent'>....<span style='color:#00FFFF'>Last_Leistung_L2 W\ </b></span><br>\ \ <b><span style='color:#FFDD00'>Last Spannung L3<span style='color:transparent'>....<span style='color:#FFDD00'>Last_Spannung_L3 V\ <span style='color:transparent'>....................\ <span style='color:transparent'>Last Strom L3<span style='color:transparent'>....<span style='color:transparent'>Last_Strom_L3 A\ <span style='color:transparent'>.............\ <span style='color:#00FFFF'>Last Leistung L3<span style='color:transparent'>....<span style='color:#00FFFF'>Last_Leistung_L3 W\ </b></span><br>\ \ <b><span style='color:transparent'>.................................................................................................................................................\ <span style='color:#00FFFF'>Last Leistung ∑<span style='color:transparent'>......<span style='color:#00FFFF'><b>Last_Leistung_gesamt W\ </b></span><br><br><br>\ \ \ <b><span style='color:transparent'>UPS Spannung L1<span style='color:transparent'>....<span style='color:transparent'>UPS_Sspannung_L1 V\ <span style='color:transparent'>.....\ <span style='color:transparent'>UPS Strom L1<span style='color:transparent'>....<span style='color:transparent'>UPS_Strom_L1 A\ <span style='color:transparent'>.....\ <span style='color:#00FFFF'>UPS Leistung L1<span style='color:transparent'>....<span style='color:#00FFFF'>UPS_Ausgangsleistung_L1 W\ </b></span><br>\ \ <b><span style='color:transparent'>UPS Spannung L2<span style='color:transparent'>....<span style='color:transparent'>UPS_Spannung_L2 V\ <span style='color:transparent'>.......\ <span style='color:transparent'>UPS Strom L2<span style='color:transparent'>....<span style='color:transparent'>UPS_Strom_L2 A\ <span style='color:transparent'>.....\ <span style='color:#00FFFF'>UPS Leistung L2<span style='color:transparent'>....<span style='color:#00FFFF'>UPS_Ausgangsleistung_L2 W\ </b></span><br>\ \ <b><span style='color:transparent'>UPS Spannung L3<span style='color:transparent'>....<span style='color:transparent'>UPS_Spannung_L3 V\ <span style='color:transparent'>.......\ <span style='color:transparent'>UPS Strom L3<span style='color:transparent'>....<span style='color:transparent'>UPS_Strom_L3 A\ <span style='color:transparent'>.....\ <span style='color:#00FFFF'>UPS Leistung L3<span style='color:transparent'>....<span style='color:#00FFFF'>UPS_Ausgangsleistung_L3 W\ </b></span><br>\ \ <b><span style='color:transparent'>.................................................................................................................................................\ <span style='color:#00FFFF'>UPS Leistung ∑<span style='color:transparent'>......<span style='color:#00FFFF'><b>UPS_Ausgangsleistung_gesamt W\ </b></span><br>
Dazu habe ich mir von Amazon das 4-Kanal Waveshare-Konverter-Modul USB zu RS485 besorgt.
define ModbusRS485_1WS_OG2_HZR Modbus /dev/ttyACM0@9600 attr ModbusRS485_1WS_OG2_HZR alias ModBus RS485 1 | WaveShare USB - OG2 Heizraum attr ModbusRS485_1WS_OG2_HZR devStateIcon opened:lan_rs485@0CFB0C Open:lan_rs485@red disconnected:lan_rs485@red disabled:lan_rs485@orange attr ModbusRS485_1WS_OG2_HZR devStateStyle style="text-align:left;;font-weight:bold;;" attr ModbusRS485_1WS_OG2_HZR disable 0 attr ModbusRS485_1WS_OG2_HZR group Schnittstellen Modbus attr ModbusRS485_1WS_OG2_HZR icon lan_rs485 attr ModbusRS485_1WS_OG2_HZR room _RxTx
Die Adresse an meinem Deye ist 12 und die Definition ist Slave. Angeschlossen habe ich mich am Deye am RS485-Anschluss.
Der aktuelle Firmwarestand ist HMI: 2001-C032, MAIN: 3002-1077-1E08
In dieser Ausführung läuft die Datenübertragung zur Haustechnik wirklich sauber und schnell.
Vielleicht hilft das dem einen oder anderen weiter.
Ich werde das eine oder andere sicherlich noch anpassen. Aktuell arbeite ich noch am Batteriespeicher. Dann kann ich mittels Haustechnik die Smarten Einbindungen noch aktivieren.
LG
Chris
SUN-12K-SG01HP3-EU-AM2, 2 x GB-LBS 12,27kWh
SUN-15K-SG01HP3-EU-AM2, 1 x GB-LBS 24,54kWh
8. August 2024 10:40
ich verwende ebenfalls FHEM für meine automation, hab den deye aber über esphome angebunden.
FHEM läuft in einer VM im proxmox homelab
9. September 2024 19:20
Hallo zusammen,
ich lese meinen Deye per ESPHome aus und sende die Daten per MQTT zu Fhem. Einige Register beschreibe ich auch, wie z.B. den Lade- und Entladestrom. Das war unproblematisch.
Aus diesem Beitrag gab es eine Anfrage, wie man die Sommer/Winterzeit im Deye automatisch ändern könnte:
https://github.com/bagges/deye-esp32-bridge/issues/23
Hat jemand von euch dazu eine Idee, wie man das per ESPHome realisieren könnte?
Viele Grüße
Gisbert
