UPDATE 31.10.: Amazon Alexa - ioBroker Skill läuft aus ?

[vmi]

@foxthefox

die PV Module (JW-HD120N385) sind je 3 in Reihe und 3 Paralle. (385 Watt, Imp 10,97A, Vmp 35,1 V)

16010W würden ja 1,6 KW entsprechen, das ist die maximale Leistung am Solareingang. Maximale Eingangspannung ist 150 Volt.

Demnach würde Deine Annahme mit dem multipliziern stimmen.

Hier noch die Debug-Info:

device 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ime":2355,"inv.invOutVol":0,"ems.chgState":1,"pd.carUsedTime":3066,"inv.acInFreq":0,"inv.chgPauseFlag":0,"bmsSlave1.diffSoc":7.0667725,"pd.minAcoutSoc":10,"ems.fanLevel":0,"pd.iconBmsParallelState":0,"pd.wirelessWatts":0,"mppt.carOutVol":0,"pd.iconSocUpsMode":0,"inv.dcInVol":0,"pd.iconSolarBracketMode":0,"bmsSlave1.soh":100,"bmsSlave1.productType":14,"bmsSlave1.targetSoc":80.659874,"bmsSlave1.type":1,"ems.minOpenOilEbSoc":20,"bmsSlave1.minCellVol":3349,"bmsMaster.packSn":[48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48],"ems.paraVolMin":49576,"bmsSlave1.cellId":2,"bmsSlave1.minMosTemp":25,"inv.dcInTemp":24,"mppt.dcdc12vVol":0,"bmsMaster.amp":1350,"pd.wattsOutSum":139,"pd.iconWindGenMode":0,"bmsSlave1.maxVolDiff":6,"bmsMaster.cycleSoh":0,"mppt.carOutWatts":0,"mppt.outVol":500,"pd.iconUsbMode":0,"inv.acDipSwitch":2,"bmsMaster.totalChgCap":4294967295,"pd.iconWindGenState":0,"bmsSlave1.amp":1282,"pd.iconBtState":0,"bmsMaster.cellId":2,"bmsMaster.allErrCode":0,"mppt.chgState":1,"bmsMaster.productDetail":2,"bmsMaster.targetSoc":89.516594,"mppt.carState":0,"bmsMaster.designCap":80000,"pd.typec1Temp":25,"bmsSlave1.hwEdition":[86,48,46,48,46,48],"bmsMaster.allBmsFault":0,"pd.dsgPowerAc":560093,"pd.dcInUsedTime":0,"pd.iconLowTempState":0,"bmsSlave1.cellNtcNum":4,"pd.model":4,"bmsMaster.actSoc":90,"inv.cfgStandbyMin":0,"ems.openBmsIdx":7,"pd.iconFanState":0,"bmsSlave1.allBmsFault":0,"bmsMaster.sysVer":16778273,"pd.hysteresisAdd":5,"pd.carTemp":0,"inv.acInAmp":0,"pd.acautooutConfig":0,"pd.qcUsb2Watts":0,"bmsMaster.maxCellVol":3356,"bmsMaster.minMosTemp":25,"bmsSlave1.num":1,"bmsSlave1.soc":81,"bmsSlave1.mosState":3,"pd.iconRechgTimeMode":0,"bmsSlave1.sysLoaderVer":16777496,"bmsMaster.cycles":103,"kit.protocolVersion":1,"pd.sysChgDsgState":2,"pd.iconInvParallelMode":0,"ems.chgCmd":1,"bmsSlave1.tagChgAmp":48000,"pd.bppowerSoc":25,"pd.qcUsb1Watts":0,"bmsMaster.temp":26,"pd.iconTransSwMode":0,"ems.lcdShowSoc":85,"bmsSlave1.cycles":82,"pd.kit1":65,"mppt.swVer":50397222,"bmsSlave1.f32ShowSoc":80.659996,"bmsSlave1.sysState":2,"ems.chgRemainTime":140157,"bmsSlave1.maxCellVol":3355,"pd.usbqcUsedTime":2319,"mppt.inWatts":2340,"bmsMaster.outputWatts":0,"pd.usbUsedTime":3092,"bmsMaster.minCellTemp":25,"bmsMaster.tagChgAmp":48000,"pd.iconSolarPanelState":0,"bmsMaster.sysLoaderVer":16777492,"inv.invType":15,"bmsSlave1.cellSeriesNum":15,"pd.iconSocUpsState":0,"pd.errCode":0,"pd.iconPackHeaterMode":0,"ems.maxCloseOilEbSoc":70,"pd.carWatts":0,"pd.iconAcFreqState":0,"pd.iconWirelessChgState":0,"pd.iconSolarPanelMode":0,"inv.sysVer":33620316}}}

[vmi]

@foxthefox

jetz mit nur msgSetGet:

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[foxthefox]

@vmi
Super,
"mppt.inAmp": 319, -> 0.01 -> 3mA -> kann passen
"mppt.inVol": 730, -> 0.1 -> 73V -> etwas wenig bei 3 in Reihe, aber kann sein
"mppt.inWatts": 2340, -> 0.1 -> 234W -> ist wohl falsch, ich mach den Faktor erstmal auf 0.001

gleich noch was neues entdeckt:
bmsMaster/Slave1.diffSoc
bmsMaster/Slave1.packSn

mach ich auch noch mit ins Datenmodell

[vmi]

@foxthefox

Wenn ich es "Rückwärts" betrachte P=U*I

=> I= P/U => 234W/3,19A=73,35V

ich denke die mppt.inAmp könnten ohne multiplizieren (0,01) passen, wären dann aber 3,19A.
Volt mit 0,1 =73 Volt
Watt mit 0,1 = 234 Watt

[foxthefox]

@vmi sagte in Neuer Adapter ecoflow-mqtt:

73,35V

So herum kann man auch herangehen, das müsstest du dann beurteilen, was da richtiger ist.
Für mich ist es recht einfach die Dinge hinzustellen, da die Multiplikation ein Parameter ist.

73V bei 3 Panelen in Reihe dürfte wohl eher in Schwachlichtsituation sein, also eher nicht die 234W.
Bei mir mit 3x18,5V hab ich ähnliche Effekte am Morgen und bekomme 40V angezeigt und später sind wir dann bei 60V.

Wenn ich die 0.1 Multiplikation bei inWatt lasse, dann haben wir wieder die 16kW von der anderen Beobachtung.

Ich mach erstmal die neue Version fertig und dann nähern wir uns iterativ zu den richtigen Werten.
Bin nur in der letzten Zeit nicht dazu gekommen, hatte noch ein paar andere Dinge um die Ohren.

[vmi]

@foxthefox

Guten Morgen, werde einfach mal ein Multimeter dazischen hängen um die Ampere zu messen und danach dann paralle um die Volt zu messen. Ich denke so kommen wir am schnellsten ans Ziel.

Dann können wir die Messwerte mit den Werte der API vergleichen ...

Werde aber erst am nächsten Wochenende dazu kommen ...

Neue Version hört sich gut an. Wie weit bist Du mit der SHP Integration?

[foxthefox]

@vmi

Messen ist noch besser, mach aber nicht zu viel Umstände! Es reicht wenn halbwegs Sonne da ist und ein stabiler Wert abgelesen werden kann.
Bei Schwachlicht kann es schon zu komischen Werten kommen. Die kommen dann auch nicht immer.

SHP ist quasi fertig.
Will noch ein paar Tests machen, soweit es ohne Gerät geht.

[vmi]

@foxthefox

bin auf die SHP Integration gespannt und werde fleissig testen ;)

[foxthefox]

Es ist soweit, es gibt auf github eine neue Version.

• 3 neue Geräte: Generator, Smart Home Panel, Delta Pro Ultra
• Homeassistant Gateway über MQTT discovery

0.0.22

• (foxthefox) Homeassistant Connector/Gateway
• (foxthefox) added Generator (indication only, no knowledge on commands)
• (foxthefox) added Delta Pro Ultra
• (foxthefox) added Smart Home Panel
• (foxthefox) latestQuotas/getTimeTaskConfig moved from info to action
• (foxthefox) uptime no max boundary
• (foxthefox) several adjustable values which represent a mode or predefined set of settings are now using "states" definition (IOB)
• (foxthefox) changed factor for pd/usb1Watts, usb2Watts, qcUsb1Watts, qcUsb2Watts
• (foxthefox) info for offline/online status with EF cloud
• (foxthefox) correction for protobuf cmds (dataLen)
• (foxthefox) some strings are now diagnostic
• (foxthefox) X_unknown_15/17/34 are now numbers
• (foxthefox) skip telegrams where openBmsIdx=0, bqSysStatReg=0
• (foxthefox) deltapro mppt value changes (inWatts/outWatts max=1600, mult= 0.001)
• (foxthefox) deltapro new values bmsMaster.diffSoc, bmsMaster.packSn

[foxthefox]

@vmi sagte in Neuer Adapter ecoflow-mqtt:

@foxthefox

bin auf die SHP Integration gespannt und werde fleissig testen ;)

schau dir erstmal die Werte an sich an, dann ggf. die actions ausprobieren

[foxthefox]

@foxthefox

die Version 0.0.22 ist nun auch auf npm verfügbar

[foxthefox]

@foxthefox
hab selbst schonmal etwas zum korrigieren entdeckt

InverterHeartbeat2.X_Unknown_15" has value "748" greater than max "100"

[vmi]

@foxthefox

wird mir per npm nicht angeboten ... weder unter staple noch unter beta

habe das Update jetzt per direkt aufruf gemacht

[vmi]

@foxthefox

bei mir geht die Debug Quotas nicht mehr

[vmi]

@foxthefox

beim SHP werden bei mir keine Daten eingelesen ...

Beispiel esp Mode ist an, SHP ist online

aus dem debug Protokoll:

folgende warung erhalte ich noch

State "ecoflow-mqtt.0.SP10ZEW5ZEA90048.info.latestQuotas" has no existing object, this might lead to an error in future versions

[foxthefox]

@vmi

0.0.22 sollte schon angezeigt werden, aber wenn SHP auswählbar ist, dann ist es schon die 0.0.22

Debug Quotas geht bei mir auch nicht, das kann ich gut rausfinden.

Warum es nichts anzeigt, obwohl daten kommen, kann ich noch nicht sagen.
Aber Datenpunkte sind schonmal da, immerhin etwas.

latestQuotas müsste unter actions sein, da es ja ein button ist.
Eventuell hab ich da noch an anderer Stelle das info drin. Hab da schon eine Idee.

Die Daten der DeltaPro die nicht verarbeitet werden, muß ich mal genau anschauen, ob da was neu ist.

Ich stelle fest, ich sollte nicht so viel auf einmal ändern :-)
Und ich brauche einen EF-emulator um das besser testen zu können :-(

[foxthefox]

@foxthefox

latestQuotas hatte wirklich was mit dem neuen "action" zu tun, damit sollte auch dann der Debug Quotas button wieder gehen

habe eine 0.0.23 begonnen

[vmi]

@foxthefox

AC Laden mit Ladeleistungseinstellung über das SHP, geht in der APP von ecoflow nur per Automation ....

Es kann ausgewählt werden welcher Infinity Port zum Laden verwendet werden soll, oder beide

die Ladeleistung kann von 200W bis 3400W in 100W Schritten eingestellt werden

Als Alternative gibt es noch das AC Laden mit ca. 1500W über die APP

in dem die entsprechende Delta Pro auswählt und dann den Schalter Aufladen aktiviert

[foxthefox]

Habe eine Version 0.0.23 auf git und npm eingestellt.

Debug und latestQuotas trigger geht wieder
Powerstream range angepasst

0.0.23

• (foxthefox) correction to latestQuotas (shift from info to action)
• (foxthefox) X_Unknown_15 range max 1000
• (foxthefox) new debug button for devices with protobuf msg

[Deniz.oe]

@foxthefox
Hi, es ist noch ein kleiner Fehler drin:
inWatts/outWatts max=1600, mult= 0.001

Der Multiplikator ist 100 und nicht wie beschrieben 1000