Leistungsprognose für Wechselrichter

Dracolein · 10 Oktober 2022, 09:09:23

Jetzt, seit ich aktiver mit dem Modul arbeite, möchte ich es optimieren. Derzeit liegen meine Soll- und Ist-Werte sehr häufig sehr weit voneinander entfernt.
Natürlich sind meine PV-Flächen mitunter suboptimal und teils "kreativ", weshalb ich keine Perfektion wie in Deinem Screenshot erwarte.
Wie kann man die Prognosebewertung beeinflussen? Das Modul SolCastAPI habe ich bislang noch nicht berücksichtigt. Die Modulvorgaben sind so gewählt, glaube da geht nicht mehr:

Code Auswählen


inverterStrings = S1,S2,S3

moduleDirection = S1=W S2=W S3=S
	
modulePeakString = S1=2.52 S2=3.6 S3=3.1
	
moduleTiltAngle = S1=40 S2=40 S3=80

Zum Hintergrund:
S1 und S2 sind klassische Dachflächen, geteilt wegen einer Dachgaube mittig, die erst gegen 12:00 Uhr direkte Sonneneinstrahlung erhalten.
S3 ist ein PV-Zaun bestehend aus 8 Modulen, die fast vertikal (daher 80°) montiert in Richtung Süden blicken
(in Kürze kommt noch S4 hinzu: eine suboptimale Carport-Satteldach-Fläche Richtung West, die wegen Verschattung nur Vollsonne zw 12:00 - ca.16:00h hat (aber an trüben Tagen die Grundleistung erhöht und den letzten freien String am Wechselrichter belegen wird))

DS_Starter · 10 Oktober 2022, 09:25:43

Guten Morgen,

an den Grunddaten kannst du nichts machen, die sind richtig eingestellt.
Bei dir sind wahrscheinlich die baulichen Faktoren wie die Verschattung maßgeblich störend für eine gute Prognose.
Davon abgesehen spielt die durch DWD prognostizierte Bewölkung imVergleich zur Realität eine große Rolle.

Du kannst mit den Attributen cloudFactorDamping und rainFactorDamping etwas regulieren.
Mehr bringt mit der Zeit die automatische Anpassung mit "set .. pvCorrectionFactor_Auto on". Das Modul korrigiert dann selbständig. Aber das dauert u.U. recht lange weil die Korrekturen für jede der möglichen 100 Bewölkungsstatus für jede einzelne Stunde gelernt werden.

Nach meinen bisherigen Erfahrungen bringt die Verwendung der SolCast API die besten Ergebnisse. Das anzugehen würde ich dir raten.
Ist auch nicht schwer. Erstelle dir bei Solcast zwei Accounts (du kannst nur 2 Strings (Rooftops) pro Account einrichten) und definieren deine Strings dort. Wenn erledigt stellst du currentRadiationDev auf SolCast-API im Modul um, gibst die notwendigen Daten ein und dann kannst du dir selbst ein Bild machen welches Verfahren für dich besser ist.

vuffiraa · 10 Oktober 2022, 13:02:57

Hallo,

ich habe meine Konfiguration auf SolCast API umgestellt. Das sieht wirklich sehr gut aus. Das macht das tolle Modul nochmal besser!

Jetzt muss ich nur noch den "Efficiency factor" anpassen. Zusätzlich habe ich am Nachmittag dann noch Schatten. Momentan probiere ich da händisch mit den pvCorrectionFactor_*-Settings zu arbeiten. Wenn der "Efficiency factor" passt, könnte ich hier vielleicht auch wieder die Auto-Einstellung probieren.

Ein kleines Problem habe ich aber noch, ich sehe im Log Freezes bei jedem Aufruf der SolCast API. Dann steht mein System immer für ca. 10 Sekunden. Ist das eine fehlende Konfiguration bei mir oder wie kann ich das abstellen?

VG

DS_Starter · 10 Oktober 2022, 13:12:57

Zitat
Ein kleines Problem habe ich aber noch, ich sehe im Log Freezes bei jedem Aufruf der SolCast API. Dann steht mein System immer für ca. 10 Sekunden. Ist das eine fehlende Konfiguration bei mir oder wie kann ich das abstellen?

Freezes dürfen nicht auftreten. Es wird das nicht blockierende HttpUtils_NonblockingGet zum Abruf verwendet.
Zwei mögliche Ursachen sehe ich:

- das global Attr dnsServer ist nicht (richtig) gesetzt. Die Namensauflösung ist nämlich blockierend.
- du brauchst ein aktuelles FHEM (Modul CTZ) bzw. die Perl Module 'DateTime' und 'DateTime::Format::Strptime'

LG

DS_Starter · 10 Oktober 2022, 13:55:59

Hinweis:

Zitat
Momentan probiere ich da händisch mit den pvCorrectionFactor_*-Settings zu arbeiten.

Das funktioniert nur bei Model DWD. In der nächsten Version werden die Setter ausgeblendet wenn das Model SolCast ist

Für SolCast API kann man das Attr solCastPercentile verwenden oder demnächst bald die Autokorrektur für SolCast.

vuffiraa · 11 Oktober 2022, 09:44:00

Zitat von: DS_Starter am 10 Oktober 2022, 13:12:57
Freezes dürfen nicht auftreten. Es wird das nicht blockierende HttpUtils_NonblockingGet zum Abruf verwendet.
Zwei mögliche Ursachen sehe ich:

- das global Attr dnsServer ist nicht (richtig) gesetzt. Die Namensauflösung ist nämlich blockierend.
- du brauchst ein aktuelles FHEM (Modul CTZ) bzw. die Perl Module 'DateTime' und 'DateTime::Format::Strptime'

LG

Der Hinweis mit dem dnsServer hörte ich gut an, hat aber doch nicht geholfen. FHEM ist aktuell und die benötigten Perl Module sind verfügbar.
Das Freeze tritt wirklich immer nur beim Aufruf der SolCast API auf. Im Freeze-Log sieht man aber eigentlich auch, dass die Anfrage direkt mit HTTP 200 beantwortet wird. Ich kann in den Logs nicht direkt die blockierende Stelle sehen.
Vielleicht siehst du in den Logs mehr.

VG

FreezeLog

Code Auswählen

=========================================================
[Freezemon] myFreezemon: possible freeze starting at 09:05:10, delay is 11.359 possibly caused by: tmr-CODE(0x5c59810)(ProcessRequestQueue)
2022.10.11 09:05:09.122 5: NibeUDP: raw read: 5c00206900499c
2022.10.11 09:05:09.122 4: NibeUDP: drop 2 characters
2022.10.11 09:05:09.222 5: NibeUDP: raw read: 5c00206851449c5300489cf8004c9cf8004d9ce1014e9c8f014f9caf00509c9a00599cf1005a9cf6005c5c9cf3005d9ce900839c6a00f
da768fc98a94c79ffff00009ca9ad3effff0000a0a95b08ffff0000faa902008083
2022.10.11 09:05:09.222 4: NibeUDP: drop 2 characters
2022.10.11 09:05:09.241 5: NibeUDP: raw read: 5c00206b004b9c
2022.10.11 09:05:09.242 4: NibeUDP: drop 2 characters
2022.10.11 09:05:09.375 5: Fronius: ProcessRequestQueue called from Fhem internal timer as queue:Fronius, qlen 10, request: request: id 1, read fc 3 h40089
, len 2, tid 30, master device Fronius, reading Voltage_L3__V (getUpdate for Voltage_L3__V len 2), queued 10.01 secs ago
2022.10.11 09:05:09.375 5: Fronius: checkDelays sendDelay, last send to same device was 1.150 secs ago, required delay is 0.7
2022.10.11 09:05:09.376 5: Fronius: checkDelays commDelay, last communication with same device was 0.705 secs ago, required delay is 0.7
2022.10.11 09:05:09.376 5: Fronius: checkDelays busDelayRead, last activity on bus was 0.705 secs ago, required delay is 0
2022.10.11 09:05:09.376 5: Fronius: checkDelays clientSwitchDelay is not relevant
2022.10.11 09:05:09.378 4: Fronius: ProcessRequestQueue (V4.4.04 - 17.7.2021) qlen 10, sending 001e0000000601039c990002 via 192.168.2.49:502, read buffer e
mpty,
request: id 1, read fc 3 h40089, len 2, tid 30, master device Fronius, reading Voltage_L3__V (getUpdate for Voltage_L3__V len 2), queued 10.01 secs ago
2022.10.11 09:05:09.378 5: Fronius: Send called from ProcessRequestQueue
2022.10.11 09:05:09.378 5: DevIo_SimpleWrite Fronius: 001e0000000601039c990002
2022.10.11 09:05:09.380 5: Fronius: StartQueueTimer called from ProcessRequestQueue sets internal timer to process queue in 1.000 seconds
2022.10.11 09:05:09.534 4: https://api.solcast.com.au/rooftop_sites/7f28-b789-12e8-983e/forecasts?format=json&api_key=xxx: HTTP response code 200
2022.10.11 09:05:09.534 5: HttpUtils https://api.solcast.com.au/rooftop_sites/7f28-b789-12e8-983e/forecasts?format=json&api_key=xxx: Got data, length: 40999
2022.10.11 09:05:09.535 5: HttpUtils response header:
HTTP/1.1 200 OK
Content-Type: application/json; charset=utf-8
Connection: close
Date: Tue, 11 Oct 2022 07:05:09 GMT
Server: Kestrel
Set-Cookie: ss-id=fHGNOM1ETJpRrp03mTDA; domain=.solcast.com.au; path=/; samesite=lax; httponly
Set-Cookie: ss-pid=ktgFMhjppLMsnw1BzzGs; expires=Sat, 11 Oct 2042 07:05:08 GMT; domain=.solcast.com.au; path=/; samesite=lax; httponly
Access-Control-Allow-Credentials: true
Access-Control-Allow-Headers: Content-Type, Allow, Authorization, Origin
Access-Control-Allow-Methods: GET, POST, PUT, DELETE, PATCH, OPTIONS, HEAD
X-Rate-Limit: 600
X-Rate-Limit-Remaining: 599
X-Rate-Limit-Reset: 1665471960
X-Powered-By: ServiceStack/5.110 NetCore/Linux
Vary: Accept
X-Cache: Miss from cloudfront
Via: 1.1 fe14b43a6dfec5fc809a25185c7fce42.cloudfront.net (CloudFront)
X-Amz-Cf-Pop: TXL52-C1
X-Amz-Cf-Id: 5NFUlVW1no0MmGEuoWPTImcVbmGPJtIC-yzBO6h7Qww1kmUHeqxsCg==
--- log skips    11.823 secs.
2022.10.11 09:05:21.357 5: HttpUtils url=http://192.168.2.52:1883/ NonBlocking via http
2022.10.11 09:05:21.358 4: IP: 192.168.2.52 -> 192.168.2.52
2022.10.11 09:05:21.360 5: [Freezemon] myFreezemon: ----------- Starting Freeze handling at 2022.10.11 09:05:21.360 ---------------------
[Freezemon] myFreezemon: possible freeze starting at 09:05:10, delay is 11.359 possibly caused by: tmr-CODE(0x5c59810)(ProcessRequestQueue)

FHEM Log, SolarForcast verbose=5

Code Auswählen

2022.10.11 09:05:06 4: solarMonitor - ################################################################
2022.10.11 09:05:06 4: solarMonitor - ###                New data collection cycle                 ###
2022.10.11 09:05:06 4: solarMonitor - ################################################################
2022.10.11 09:05:06 4: solarMonitor - current hour of day: 10
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_10_ww, val=0, txt=, cc=32, rp=1.00, t=9.40
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: weatherid, Value: 0
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: weathercloudcover, Value: 32
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: weatherrainprob, Value: 1.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: temperature, Value: 9.40
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_11_ww, val=0, txt=, cc=36, rp=1.00, t=10.9
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 11, Key: weatherid, Value: 0
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 11, Key: weathercloudcover, Value: 36
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 11, Key: weatherrainprob, Value: 1.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 11, Key: temperature, Value: 10.9
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_12_ww, val=1, txt=, cc=38, rp=1.00, t=12.2
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 12, Key: weatherid, Value: 1
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 12, Key: weathercloudcover, Value: 38
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 12, Key: weatherrainprob, Value: 1.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 12, Key: temperature, Value: 12.2
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_13_ww, val=1, txt=, cc=44, rp=1.00, t=13.3
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 13, Key: weatherid, Value: 1
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 13, Key: weathercloudcover, Value: 44
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 13, Key: weatherrainprob, Value: 1.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 13, Key: temperature, Value: 13.3
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_14_ww, val=1, txt=, cc=50, rp=2.00, t=13.9
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 14, Key: weatherid, Value: 1
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 14, Key: weathercloudcover, Value: 50
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 14, Key: weatherrainprob, Value: 2.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 14, Key: temperature, Value: 13.9
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_15_ww, val=1, txt=, cc=54, rp=1.00, t=14.1
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 15, Key: weatherid, Value: 1
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 15, Key: weathercloudcover, Value: 54
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 15, Key: weatherrainprob, Value: 1.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 15, Key: temperature, Value: 14.1
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_16_ww, val=1, txt=, cc=56, rp=1.00, t=14
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 16, Key: weatherid, Value: 1
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 16, Key: weathercloudcover, Value: 56
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 16, Key: weatherrainprob, Value: 1.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 16, Key: temperature, Value: 14
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_17_ww, val=2, txt=, cc=61, rp=1.00, t=13.5
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 17, Key: weatherid, Value: 2
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 17, Key: weathercloudcover, Value: 61
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 17, Key: weatherrainprob, Value: 1.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 17, Key: temperature, Value: 13.5
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_18_ww, val=2, txt=, cc=61, rp=1.00, t=12.5
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 18, Key: weatherid, Value: 2
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 18, Key: weathercloudcover, Value: 61
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 18, Key: weatherrainprob, Value: 1.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 18, Key: temperature, Value: 12.5
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_19_ww, val=2, txt=, cc=60, rp=1.00, t=11.2
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 19, Key: weatherid, Value: 2
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 19, Key: weathercloudcover, Value: 60
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 19, Key: weatherrainprob, Value: 1.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 19, Key: temperature, Value: 11.2
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_20_ww, val=102, txt=, cc=62, rp=4.00, t=9.90
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 20, Key: weatherid, Value: 102
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 20, Key: weathercloudcover, Value: 62
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 20, Key: weatherrainprob, Value: 4.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 20, Key: temperature, Value: 9.90
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_21_ww, val=102, txt=, cc=62, rp=4.00, t=9
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 21, Key: weatherid, Value: 102
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 21, Key: weathercloudcover, Value: 62
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 21, Key: weatherrainprob, Value: 4.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 21, Key: temperature, Value: 9
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_22_ww, val=102, txt=, cc=63, rp=3.00, t=8.40
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 22, Key: weatherid, Value: 102
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 22, Key: weathercloudcover, Value: 63
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 22, Key: weatherrainprob, Value: 3.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 22, Key: temperature, Value: 8.40
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_23_ww, val=102, txt=, cc=63, rp=1.00, t=8.10
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 23, Key: weatherid, Value: 102
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 23, Key: weathercloudcover, Value: 63
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 23, Key: weatherrainprob, Value: 1.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 23, Key: temperature, Value: 8.10
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc0_24_ww, val=102, txt=, cc=63, rp=1.00, t=8.10
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 24, Key: weatherid, Value: 102
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 24, Key: weathercloudcover, Value: 63
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 24, Key: weatherrainprob, Value: 1.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 24, Key: temperature, Value: 8.10
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_1_ww, val=103, txt=, cc=65, rp=1.00, t=7.40
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_2_ww, val=103, txt=, cc=66, rp=2.00, t=7.10
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_3_ww, val=103, txt=, cc=67, rp=1.00, t=6.80
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_4_ww, val=103, txt=, cc=68, rp=3.00, t=6.30
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_5_ww, val=103, txt=, cc=69, rp=2.00, t=6.20
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_6_ww, val=103, txt=, cc=71, rp=2.00, t=6
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_7_ww, val=103, txt=, cc=71, rp=3.00, t=6
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_8_ww, val=3, txt=, cc=71, rp=4.00, t=6.5
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_9_ww, val=3, txt=, cc=70, rp=2.00, t=7.5
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_10_ww, val=3, txt=, cc=69, rp=2.00, t=8.80
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_11_ww, val=3, txt=, cc=64, rp=4.00, t=10.5
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_12_ww, val=3, txt=, cc=61, rp=3.00, t=12.2
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_13_ww, val=2, txt=, cc=60, rp=4.00, t=13.5
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_14_ww, val=2, txt=, cc=56, rp=3.00, t=14.2
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_15_ww, val=1, txt=, cc=53, rp=0.00, t=14.5
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_16_ww, val=1, txt=, cc=48, rp=0.00, t=14.3
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_17_ww, val=1, txt=, cc=40, rp=0.00, t=13.7
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_18_ww, val=0, txt=, cc=35, rp=1.00, t=12.7
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_19_ww, val=0, txt=, cc=32, rp=1.00, t=11.1
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_20_ww, val=100, txt=, cc=25, rp=1.00, t=9.60
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_21_ww, val=100, txt=, cc=22, rp=1.00, t=8.70
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_22_ww, val=100, txt=, cc=22, rp=1.00, t=8.30
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_23_ww, val=100, txt=, cc=26, rp=1.00, t=7.90
2022.10.11 09:05:07 5: solarMonitor - collect Weather data: device=dwd, wid=fc1_24_ww, val=100, txt=, cc=26, rp=1.00, t=7.90
2022.10.11 09:05:07 4: solarMonitor - Request SolCast API: https://api.solcast.com.au/rooftop_sites/7f28-b789-12e8-983e/forecasts?format=json&api_key=7B3qUr2ljSJgodbGsiUeKSIFvdqe3btj
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: pvcorrfactor, Value: 1.00/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 10 string pv ->
CloudFactorDamping => 35 %
CloudRange => 32
Cloudcover => 32
Cloudfactor => 0.888
Estimated PV generation (calc) => 2338.4 Wh
Estimated PV generation (raw) => 2636 Wh
Forecasted temperature => 9.40 °C
Loss String Peak Power by Temp => 0.66 kWP
Module Temp (calculated) => 26.4 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-11 09:00:00
modulePeakString => 10060 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 10 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 2338 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: pvfc, Value: 2338
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 11, Key: pvcorrfactor, Value: 1.00/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 11 string pv ->
CloudFactorDamping => 35 %
CloudRange => 36
Cloudcover => 36
Cloudfactor => 0.874
Estimated PV generation (calc) => 3964.0 Wh
Estimated PV generation (raw) => 4540 Wh
Forecasted temperature => 10.9 °C
Loss String Peak Power by Temp => 0.60 kWP
Module Temp (calculated) => 26.9 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-11 10:00:00
modulePeakString => 10000 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 11 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 3964 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 11, Key: pvfc, Value: 3964
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 12, Key: pvcorrfactor, Value: 1.00/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 12 string pv ->
CloudFactorDamping => 35 %
CloudRange => 38
Cloudcover => 38
Cloudfactor => 0.867
Estimated PV generation (calc) => 4752.5 Wh
Estimated PV generation (raw) => 5487 Wh
Forecasted temperature => 12.2 °C
Loss String Peak Power by Temp => 0.54 kWP
Module Temp (calculated) => 27.7 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-11 11:00:00
modulePeakString => 9940 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 12 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 4752 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 12, Key: pvfc, Value: 4752
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 13, Key: pvcorrfactor, Value: 1.00/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 13 string pv ->
CloudFactorDamping => 35 %
CloudRange => 44
Cloudcover => 44
Cloudfactor => 0.846
Estimated PV generation (calc) => 5743.7 Wh
Estimated PV generation (raw) => 6796 Wh
Forecasted temperature => 13.3 °C
Loss String Peak Power by Temp => 0.49 kWP
Module Temp (calculated) => 27.3 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-11 12:00:00
modulePeakString => 9890 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 13 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 5743 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 13, Key: pvfc, Value: 5743
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 14, Key: pvcorrfactor, Value: 1.00/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 14 string pv ->
CloudFactorDamping => 35 %
CloudRange => 50
Cloudcover => 50
Cloudfactor => 0.825
Estimated PV generation (calc) => 5534.6 Wh
Estimated PV generation (raw) => 6722 Wh
Forecasted temperature => 13.9 °C
Loss String Peak Power by Temp => 0.47 kWP
Module Temp (calculated) => 26.4 °C
RainFactorDamping => 10 %
Rainfactor => 0.998
Rainprob => 2.00
Starttime => 2022-10-11 13:00:00
modulePeakString => 9870 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 14 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 5534 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 14, Key: pvfc, Value: 5534
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 15, Key: pvcorrfactor, Value: 0.66/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 15 string pv ->
CloudFactorDamping => 35 %
CloudRange => 54
Cloudcover => 54
Cloudfactor => 0.811
Estimated PV generation (calc) => 4705.6 Wh
Estimated PV generation (raw) => 5808 Wh
Forecasted temperature => 14.1 °C
Loss String Peak Power by Temp => 0.46 kWP
Module Temp (calculated) => 25.6 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-11 14:00:00
modulePeakString => 9860 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 15 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 0.66
PV correction quality => m
PV generation forecast => 3105 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 15, Key: pvfc, Value: 3105
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 16, Key: pvcorrfactor, Value: 0.50/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 16 string pv ->
CloudFactorDamping => 35 %
CloudRange => 56
Cloudcover => 56
Cloudfactor => 0.804
Estimated PV generation (calc) => 3182.3 Wh
Estimated PV generation (raw) => 3962 Wh
Forecasted temperature => 14 °C
Loss String Peak Power by Temp => 0.47 kWP
Module Temp (calculated) => 25 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-11 15:00:00
modulePeakString => 9870 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 16 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 0.50
PV correction quality => m
PV generation forecast => 1591 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 16, Key: pvfc, Value: 1591
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 17, Key: pvcorrfactor, Value: 0.33/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 17 string pv ->
CloudFactorDamping => 35 %
CloudRange => 61
Cloudcover => 61
Cloudfactor => 0.7865
Estimated PV generation (calc) => 1290.1 Wh
Estimated PV generation (raw) => 1642 Wh
Forecasted temperature => 13.5 °C
Loss String Peak Power by Temp => 0.49 kWP
Module Temp (calculated) => 23.25 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-11 16:00:00
modulePeakString => 9890 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 17 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 0.33
PV correction quality => m
PV generation forecast => 425 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 17, Key: pvfc, Value: 425
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 18, Key: pvcorrfactor, Value: 0.33/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 18 string pv ->
CloudFactorDamping => 35 %
CloudRange => 61
Cloudcover => 61
Cloudfactor => 0.7865
Estimated PV generation (calc) => 253.8 Wh
Estimated PV generation (raw) => 323 Wh
Forecasted temperature => 12.5 °C
Loss String Peak Power by Temp => 0.53 kWP
Module Temp (calculated) => 22.25 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-11 17:00:00
modulePeakString => 9930 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 18 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 0.33
PV correction quality => m
PV generation forecast => 83 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 18, Key: pvfc, Value: 83
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 19, Key: pvcorrfactor, Value: 0.33/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 19 string pv ->
CloudFactorDamping => 35 %
CloudRange => 60
Cloudcover => 60
Cloudfactor => 0.79
Estimated PV generation (calc) => 9.5 Wh
Estimated PV generation (raw) => 12 Wh
Forecasted temperature => 11.2 °C
Loss String Peak Power by Temp => 0.58 kWP
Module Temp (calculated) => 21.2 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-11 18:00:00
modulePeakString => 9980 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 19 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 0.33
PV correction quality => m
PV generation forecast => 3 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 19, Key: pvfc, Value: 3
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 20, Key: pvcorrfactor, Value: 1.00/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 20 string pv ->
CloudFactorDamping => 35 %
CloudRange => 62
Cloudcover => 62
Cloudfactor => 0.783
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 9.90 °C
Loss String Peak Power by Temp => 0.64 kWP
Module Temp (calculated) => 19.4 °C
RainFactorDamping => 10 %
Rainfactor => 0.996
Rainprob => 4.00
Starttime => 2022-10-11 19:00:00
modulePeakString => 10040 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 20 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 20, Key: pvfc, Value: 0
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 21, Key: pvcorrfactor, Value: 1.00/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 21 string pv ->
CloudFactorDamping => 35 %
CloudRange => 62
Cloudcover => 62
Cloudfactor => 0.783
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 9 °C
Loss String Peak Power by Temp => 0.68 kWP
Module Temp (calculated) => 18.5 °C
RainFactorDamping => 10 %
Rainfactor => 0.996
Rainprob => 4.00
Starttime => 2022-10-11 20:00:00
modulePeakString => 10080 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 21 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 21, Key: pvfc, Value: 0
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 22, Key: pvcorrfactor, Value: 1.00/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 22 string pv ->
CloudFactorDamping => 35 %
CloudRange => 63
Cloudcover => 63
Cloudfactor => 0.7795
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 8.40 °C
Loss String Peak Power by Temp => 0.70 kWP
Module Temp (calculated) => 17.65 °C
RainFactorDamping => 10 %
Rainfactor => 0.997
Rainprob => 3.00
Starttime => 2022-10-11 21:00:00
modulePeakString => 10100 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 22 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 22, Key: pvfc, Value: 0
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 23, Key: pvcorrfactor, Value: 1.00/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 23 string pv ->
CloudFactorDamping => 35 %
CloudRange => 63
Cloudcover => 63
Cloudfactor => 0.7795
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 8.10 °C
Loss String Peak Power by Temp => 0.71 kWP
Module Temp (calculated) => 17.35 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-11 22:00:00
modulePeakString => 10110 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 23 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 23, Key: pvfc, Value: 0
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 24, Key: pvcorrfactor, Value: 1.00/m
2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 24 string pv ->
CloudFactorDamping => 35 %
CloudRange => 63
Cloudcover => 63
Cloudfactor => 0.7795
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 8.10 °C
Loss String Peak Power by Temp => 0.71 kWP
Module Temp (calculated) => 17.35 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-11 23:00:00
modulePeakString => 10110 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for today Hour 24 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 24, Key: pvfc, Value: 0
2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 01 string pv ->
CloudFactorDamping => 35 %
CloudRange => 65
Cloudcover => 65
Cloudfactor => 0.7725
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 7.40 °C
Loss String Peak Power by Temp => 0.74 kWP
Module Temp (calculated) => 16.15 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-12 00:00:00
modulePeakString => 10140 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 01 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 02 string pv ->
CloudFactorDamping => 35 %
CloudRange => 66
Cloudcover => 66
Cloudfactor => 0.769
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 7.10 °C
Loss String Peak Power by Temp => 0.76 kWP
Module Temp (calculated) => 15.6 °C
RainFactorDamping => 10 %
Rainfactor => 0.998
Rainprob => 2.00
Starttime => 2022-10-12 01:00:00
modulePeakString => 10160 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 02 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 03 string pv ->
CloudFactorDamping => 35 %
CloudRange => 67
Cloudcover => 67
Cloudfactor => 0.7655
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 6.80 °C
Loss String Peak Power by Temp => 0.77 kWP
Module Temp (calculated) => 15.05 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-12 02:00:00
modulePeakString => 10170 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 03 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 04 string pv ->
CloudFactorDamping => 35 %
CloudRange => 68
Cloudcover => 68
Cloudfactor => 0.762
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 6.30 °C
Loss String Peak Power by Temp => 0.79 kWP
Module Temp (calculated) => 14.3 °C
RainFactorDamping => 10 %
Rainfactor => 0.997
Rainprob => 3.00
Starttime => 2022-10-12 03:00:00
modulePeakString => 10190 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 04 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 05 string pv ->
CloudFactorDamping => 35 %
CloudRange => 69
Cloudcover => 69
Cloudfactor => 0.7585
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 6.20 °C
Loss String Peak Power by Temp => 0.80 kWP
Module Temp (calculated) => 13.95 °C
RainFactorDamping => 10 %
Rainfactor => 0.998
Rainprob => 2.00
Starttime => 2022-10-12 04:00:00
modulePeakString => 10200 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 05 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 06 string pv ->
CloudFactorDamping => 35 %
CloudRange => 71
Cloudcover => 71
Cloudfactor => 0.7515
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 6 °C
Loss String Peak Power by Temp => 0.80 kWP
Module Temp (calculated) => 13.25 °C
RainFactorDamping => 10 %
Rainfactor => 0.998
Rainprob => 2.00
Starttime => 2022-10-12 05:00:00
modulePeakString => 10200 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 06 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 07 string pv ->
CloudFactorDamping => 35 %
CloudRange => 71
Cloudcover => 71
Cloudfactor => 0.7515
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 6 °C
Loss String Peak Power by Temp => 0.80 kWP
Module Temp (calculated) => 13.25 °C
RainFactorDamping => 10 %
Rainfactor => 0.997
Rainprob => 3.00
Starttime => 2022-10-12 06:00:00
modulePeakString => 10200 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 07 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 08 string pv ->
CloudFactorDamping => 35 %
CloudRange => 71
Cloudcover => 71
Cloudfactor => 0.7515
Estimated PV generation (calc) => 21.7 Wh
Estimated PV generation (raw) => 29 Wh
Forecasted temperature => 6.5 °C
Loss String Peak Power by Temp => 0.78 kWP
Module Temp (calculated) => 13.75 °C
RainFactorDamping => 10 %
Rainfactor => 0.996
Rainprob => 4.00
Starttime => 2022-10-12 07:00:00
modulePeakString => 10180 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 08 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 21 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 09 string pv ->
CloudFactorDamping => 35 %
CloudRange => 70
Cloudcover => 70
Cloudfactor => 0.755
Estimated PV generation (calc) => 299.9 Wh
Estimated PV generation (raw) => 398 Wh
Forecasted temperature => 7.5 °C
Loss String Peak Power by Temp => 0.74 kWP
Module Temp (calculated) => 15 °C
RainFactorDamping => 10 %
Rainfactor => 0.998
Rainprob => 2.00
Starttime => 2022-10-12 08:00:00
modulePeakString => 10140 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 09 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 299 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 10 string pv ->
CloudFactorDamping => 35 %
CloudRange => 69
Cloudcover => 69
Cloudfactor => 0.7585
Estimated PV generation (calc) => 869.8 Wh
Estimated PV generation (raw) => 1149 Wh
Forecasted temperature => 8.80 °C
Loss String Peak Power by Temp => 0.69 kWP
Module Temp (calculated) => 16.55 °C
RainFactorDamping => 10 %
Rainfactor => 0.998
Rainprob => 2.00
Starttime => 2022-10-12 09:00:00
modulePeakString => 10090 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 10 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 869 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 11 string pv ->
CloudFactorDamping => 35 %
CloudRange => 64
Cloudcover => 64
Cloudfactor => 0.776
Estimated PV generation (calc) => 1497.9 Wh
Estimated PV generation (raw) => 1938 Wh
Forecasted temperature => 10.5 °C
Loss String Peak Power by Temp => 0.61 kWP
Module Temp (calculated) => 19.5 °C
RainFactorDamping => 10 %
Rainfactor => 0.996
Rainprob => 4.00
Starttime => 2022-10-12 10:00:00
modulePeakString => 10010 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 11 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 1497 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 12 string pv ->
CloudFactorDamping => 35 %
CloudRange => 61
Cloudcover => 61
Cloudfactor => 0.7865
Estimated PV generation (calc) => 2121.9 Wh
Estimated PV generation (raw) => 2706 Wh
Forecasted temperature => 12.2 °C
Loss String Peak Power by Temp => 0.54 kWP
Module Temp (calculated) => 21.95 °C
RainFactorDamping => 10 %
Rainfactor => 0.997
Rainprob => 3.00
Starttime => 2022-10-12 11:00:00
modulePeakString => 9940 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 12 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 2121 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 13 string pv ->
CloudFactorDamping => 35 %
CloudRange => 60
Cloudcover => 60
Cloudfactor => 0.79
Estimated PV generation (calc) => 2389.6 Wh
Estimated PV generation (raw) => 3037 Wh
Forecasted temperature => 13.5 °C
Loss String Peak Power by Temp => 0.49 kWP
Module Temp (calculated) => 23.5 °C
RainFactorDamping => 10 %
Rainfactor => 0.996
Rainprob => 4.00
Starttime => 2022-10-12 12:00:00
modulePeakString => 9890 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 13 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 2389 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 14 string pv ->
CloudFactorDamping => 35 %
CloudRange => 56
Cloudcover => 56
Cloudfactor => 0.804
Estimated PV generation (calc) => 2405.6 Wh
Estimated PV generation (raw) => 3001 Wh
Forecasted temperature => 14.2 °C
Loss String Peak Power by Temp => 0.46 kWP
Module Temp (calculated) => 25.2 °C
RainFactorDamping => 10 %
Rainfactor => 0.997
Rainprob => 3.00
Starttime => 2022-10-12 13:00:00
modulePeakString => 9860 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 14 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 2405 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 15 string pv ->
CloudFactorDamping => 35 %
CloudRange => 53
Cloudcover => 53
Cloudfactor => 0.8145
Estimated PV generation (calc) => 2289.6 Wh
Estimated PV generation (raw) => 2811 Wh
Forecasted temperature => 14.5 °C
Loss String Peak Power by Temp => 0.44 kWP
Module Temp (calculated) => 26.25 °C
RainFactorDamping => 10 %
Rainfactor => 1
Rainprob => 0.00
Starttime => 2022-10-12 14:00:00
modulePeakString => 9840 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 15 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 0.66
PV correction quality => m
PV generation forecast => 1511 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 16 string pv ->
CloudFactorDamping => 35 %
CloudRange => 48
Cloudcover => 48
Cloudfactor => 0.832
Estimated PV generation (calc) => 2035.9 Wh
Estimated PV generation (raw) => 2447 Wh
Forecasted temperature => 14.3 °C
Loss String Peak Power by Temp => 0.45 kWP
Module Temp (calculated) => 27.3 °C
RainFactorDamping => 10 %
Rainfactor => 1
Rainprob => 0.00
Starttime => 2022-10-12 15:00:00
modulePeakString => 9850 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 16 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 0.50
PV correction quality => m
PV generation forecast => 1017 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 17 string pv ->
CloudFactorDamping => 35 %
CloudRange => 40
Cloudcover => 40
Cloudfactor => 0.86
Estimated PV generation (calc) => 1319.2 Wh
Estimated PV generation (raw) => 1534 Wh
Forecasted temperature => 13.7 °C
Loss String Peak Power by Temp => 0.48 kWP
Module Temp (calculated) => 28.7 °C
RainFactorDamping => 10 %
Rainfactor => 1
Rainprob => 0.00
Starttime => 2022-10-12 16:00:00
modulePeakString => 9880 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 17 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 0.33
PV correction quality => m
PV generation forecast => 435 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 18 string pv ->
CloudFactorDamping => 35 %
CloudRange => 35
Cloudcover => 35
Cloudfactor => 0.8775
Estimated PV generation (calc) => 421.7 Wh
Estimated PV generation (raw) => 481 Wh
Forecasted temperature => 12.7 °C
Loss String Peak Power by Temp => 0.52 kWP
Module Temp (calculated) => 28.95 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-12 17:00:00
modulePeakString => 9920 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 18 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 0.33
PV correction quality => m
PV generation forecast => 139 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 19 string pv ->
CloudFactorDamping => 35 %
CloudRange => 32
Cloudcover => 32
Cloudfactor => 0.888
Estimated PV generation (calc) => 10.6 Wh
Estimated PV generation (raw) => 12 Wh
Forecasted temperature => 11.1 °C
Loss String Peak Power by Temp => 0.59 kWP
Module Temp (calculated) => 28.1 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-12 18:00:00
modulePeakString => 9990 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 19 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 0.33
PV correction quality => m
PV generation forecast => 3 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 20 string pv ->
CloudFactorDamping => 35 %
CloudRange => 25
Cloudcover => 25
Cloudfactor => 0.9125
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 9.60 °C
Loss String Peak Power by Temp => 0.65 kWP
Module Temp (calculated) => 28.35 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-12 19:00:00
modulePeakString => 10050 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 20 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 21 string pv ->
CloudFactorDamping => 35 %
CloudRange => 22
Cloudcover => 22
Cloudfactor => 0.923
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 8.70 °C
Loss String Peak Power by Temp => 0.69 kWP
Module Temp (calculated) => 28.2 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-12 20:00:00
modulePeakString => 10090 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 21 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 22 string pv ->
CloudFactorDamping => 35 %
CloudRange => 22
Cloudcover => 22
Cloudfactor => 0.923
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 8.30 °C
Loss String Peak Power by Temp => 0.71 kWP
Module Temp (calculated) => 27.8 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-12 21:00:00
modulePeakString => 10110 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 22 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 23 string pv ->
CloudFactorDamping => 35 %
CloudRange => 26
Cloudcover => 26
Cloudfactor => 0.909
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 7.90 °C
Loss String Peak Power by Temp => 0.72 kWP
Module Temp (calculated) => 26.4 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-12 22:00:00
modulePeakString => 10120 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 23 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 24 string pv ->
CloudFactorDamping => 35 %
CloudRange => 26
Cloudcover => 26
Cloudfactor => 0.909
Estimated PV generation (calc) => 0.0 Wh
Estimated PV generation (raw) => 0 Wh
Forecasted temperature => 7.90 °C
Loss String Peak Power by Temp => 0.72 kWP
Module Temp (calculated) => 26.4 °C
RainFactorDamping => 10 %
Rainfactor => 0.999
Rainprob => 1.00
Starttime => 2022-10-12 23:00:00
modulePeakString => 10120 W

2022.10.11 09:05:07 4: solarMonitor - PV estimate for tomorrow Hour 24 summary: 
CloudCorrFoundInStore => use manual correction factor
PV correction factor => 1.00
PV correction quality => m
PV generation forecast => 0 Wh 

2022.10.11 09:05:07 5: solarMonitor - collect Inverter data: device=Fronius, pv=Power_Site__W (W), etotal=Energy_Total__kWh (kWh)
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: pvrl, Value: 100
2022.10.11 09:05:07 5: solarMonitor - collect Meter data: device=FroniusMeter, gcon=Power_con_calc__W (W), gfeedin=-gcon (W) ,contotal=Energy_import_as1440__kWh (kWh), feedtotal=Energy_export_as1440__kWh (kWh)
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: cons, Value: 0
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: gfeedin, Value: 100
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: csme01, Value: 0
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: csmt01, Value: 5863
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: cyclescsm01, Value: 0
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: minutescsm01, Value: 0
2022.10.11 09:05:07 4: solarMonitor - estimated Consumption for tomorrow: 7351, days for avg: 31, hist. consumption registered consumers: 0.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: confc, Value: 433
2022.10.11 09:05:07 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 09:00:00, con: 433, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 11, Key: confc, Value: 570
2022.10.11 09:05:07 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 10:00:00, con: 570, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 12, Key: confc, Value: 403
2022.10.11 09:05:07 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 11:00:00, con: 403, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 13, Key: confc, Value: 417
2022.10.11 09:05:07 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 12:00:00, con: 417, days for avg: 28, hist. consumption registered consumers: 0.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 14, Key: confc, Value: 235
2022.10.11 09:05:07 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 13:00:00, con: 235, days for avg: 28, hist. consumption registered consumers: 0.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 15, Key: confc, Value: 207
2022.10.11 09:05:07 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 14:00:00, con: 207, days for avg: 29, hist. consumption registered consumers: 0.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 16, Key: confc, Value: 124
2022.10.11 09:05:07 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 15:00:00, con: 124, days for avg: 29, hist. consumption registered consumers: 0.00
2022.10.11 09:05:07 5: solarMonitor - set PV History Day: 11, Hour: 17, Key: confc, Value: 228
2022.10.11 09:05:07 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 16:00:00, con: 228, days for avg: 28, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 5: solarMonitor - set PV History Day: 11, Hour: 18, Key: confc, Value: 372
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 17:00:00, con: 372, days for avg: 29, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 5: solarMonitor - set PV History Day: 11, Hour: 19, Key: confc, Value: 613
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 18:00:00, con: 613, days for avg: 29, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 5: solarMonitor - set PV History Day: 11, Hour: 20, Key: confc, Value: 393
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 19:00:00, con: 393, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 5: solarMonitor - set PV History Day: 11, Hour: 21, Key: confc, Value: 410
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 20:00:00, con: 410, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 5: solarMonitor - set PV History Day: 11, Hour: 22, Key: confc, Value: 310
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 21:00:00, con: 310, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 5: solarMonitor - set PV History Day: 11, Hour: 23, Key: confc, Value: 246
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 22:00:00, con: 246, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 5: solarMonitor - set PV History Day: 11, Hour: 24, Key: confc, Value: 190
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Di -> starttime: 2022-10-11 23:00:00, con: 190, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 00:00:00, con: 160, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 01:00:00, con: 163, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 02:00:00, con: 146, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 03:00:00, con: 166, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 04:00:00, con: 146, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 05:00:00, con: 160, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 06:00:00, con: 273, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 07:00:00, con: 286, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 08:00:00, con: 479, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 09:00:00, con: 907, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 10:00:00, con: 1196, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 11:00:00, con: 866, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 12:00:00, con: 903, days for avg: 28, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 13:00:00, con: 531, days for avg: 28, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 14:00:00, con: 486, days for avg: 29, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 15:00:00, con: 303, days for avg: 29, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 16:00:00, con: 510, days for avg: 28, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 17:00:00, con: 796, days for avg: 29, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 18:00:00, con: 1285, days for avg: 29, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 19:00:00, con: 813, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 20:00:00, con: 856, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 21:00:00, con: 646, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 22:00:00, con: 503, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 4: solarMonitor - estimated Consumption for Mi -> starttime: 2022-10-12 23:00:00, con: 386, days for avg: 30, hist. consumption registered consumers: 0.00
2022.10.11 09:05:08 5: solarMonitor - set PV History Day: 11, Hour: 10, Key: con, Value: 0
2022.10.11 09:05:21 1: [Freezemon] myFreezemon: possible freeze starting at 09:05:10, delay is 11.359 possibly caused by: tmr-CODE(0x5c59810)(ProcessRequestQueue) 
2022.10.11 09:06:16 4: solarMonitor - ################################################################
2022.10.11 09:06:16 4: solarMonitor - ###                New data collection cycle                 ###
2022.10.11 09:06:16 4: solarMonitor - ################################################################

DS_Starter · 11 Oktober 2022, 10:08:38

Ich sehe da auch nichts. Du kannst mal noch debug 1 einschalten.
Da sieht man auch die Verarbeitung der empf. daten.
Ist dein Server generell etwas schwach auf der Brust ?

LG

vuffiraa · 11 Oktober 2022, 11:23:18

Zitat von: DS_Starter am 11 Oktober 2022, 10:08:38
Ich sehe da auch nichts. Du kannst mal noch debug 1 einschalten.
Da sieht man auch die Verarbeitung der empf. daten.
Ist dein Server generell etwas schwach auf der Brust ?

LG

Mein Cubietruck / Cubieboard3 kann gar nicht schwach sein, ist doch noch keine 10 Jahre alt

Ich weiß, dass ich da an der Grenze bin. Bisher hat das Board mir aber keine großen Probleme gemacht.

Hier das Debug-Log. Wenn ich das richtig sehe, wird die Vorhersage für eine komplette Woche berechnet. Das kommt mir etwas übertrieben vor.
[code]2022.10.11 10:32:38 1: DEBUG> solarMonitor consumer "01" - general switching parameters => auto mode: 1, current Consumption: 328 W, nompower: 11000, surplus: 4193 W, planning state: no planning: the max expected surplus is less 11000.00, start timestamp: undef, timestamp: 1665477157
2022.10.11 10:32:38 1: DEBUG> solarMonitor consumer "01" - current Context is switching "on" => swoncond: 1, on-command:
2022.10.11 10:32:38 1: DEBUG> solarMonitor consumer "01" - current Context is switching "off" => swoffcond: 0, off-command:
2022.10.11 10:33:49 1: DEBUG> solarMonitor consumer "01" - general switching parameters => auto mode: 1, current Consumption: 328 W, nompower: 11000, surplus: 4193 W, planning state: no planning: the max expected surplus is less 11000.00, start timestamp: undef, timestamp: 1665477227
2022.10.11 10:33:49 1: DEBUG> solarMonitor consumer "01" - current Context is switching "on" => swoncond: 1, on-command:
2022.10.11 10:33:49 1: DEBUG> solarMonitor consumer "01" - current Context is switching "off" => swoffcond: 0, off-command:
2022.10.11 10:34:58 1: DEBUG> solarMonitor consumer "01" - general switching parameters => auto mode: 1, current Consumption: 277 W, nompower: 11000, surplus: 4303 W, planning state: no planning: the max expected surplus is less 11000.00, start timestamp: undef, timestamp: 1665477297
2022.10.11 10:34:58 1: DEBUG> solarMonitor consumer "01" - current Context is switching "on" => swoncond: 1, on-command:
2022.10.11 10:34:58 1: DEBUG> solarMonitor consumer "01" - current Context is switching "off" => swoffcond: 0, off-command:
2022.10.11 10:36:08 1: DEBUG> solarMonitor consumer "01" - general switching parameters => auto mode: 1, current Consumption: 277 W, nompower: 11000, surplus: 4303 W, planning state: no planning: the max expected surplus is less 11000.00, start timestamp: undef, timestamp: 1665477367
2022.10.11 10:36:08 1: DEBUG> solarMonitor consumer "01" - current Context is switching "on" => swoncond: 1, on-command:
2022.10.11 10:36:08 1: DEBUG> solarMonitor consumer "01" - current Context is switching "off" => swoffcond: 0, off-command:
2022.10.11 10:37:18 1: DEBUG> solarMonitor consumer "01" - general switching parameters => auto mode: 1, current Consumption: 304 W, nompower: 11000, surplus: 4309 W, planning state: no planning: the max expected surplus is less 11000.00, start timestamp: undef, timestamp: 1665477437
2022.10.11 10:37:18 1: DEBUG> solarMonitor consumer "01" - current Context is switching "on" => swoncond: 1, on-command:
2022.10.11 10:37:18 1: DEBUG> solarMonitor consumer "01" - current Context is switching "off" => swoffcond: 0, off-command:
2022.10.11 10:38:28 1: DEBUG> solarMonitor consumer "01" - general switching parameters => auto mode: 1, current Consumption: 298 W, nompower: 11000, surplus: 4315 W, planning state: no planning: the max expected surplus is less 11000.00, start timestamp: undef, timestamp: 1665477507
2022.10.11 10:38:28 1: DEBUG> solarMonitor consumer "01" - current Context is switching "on" => swoncond: 1, on-command:
2022.10.11 10:38:28 1: DEBUG> solarMonitor consumer "01" - current Context is switching "off" => swoffcond: 0, off-command:
2022.10.11 10:39:38 1: DEBUG> solarMonitor consumer "01" - general switching parameters => auto mode: 1, current Consumption: 298 W, nompower: 11000, surplus: 4315 W, planning state: no planning: the max expected surplus is less 11000.00, start timestamp: undef, timestamp: 1665477577
2022.10.11 10:39:38 1: DEBUG> solarMonitor consumer "01" - current Context is switching "on" => swoncond: 1, on-command:
2022.10.11 10:39:38 1: DEBUG> solarMonitor consumer "01" - current Context is switching "off" => swoffcond: 0, off-command:
2022.10.11 10:40:48 1: DEBUG> solarMonitor consumer "01" - general switching parameters => auto mode: 1, current Consumption: 299 W, nompower: 11000, surplus: 4392 W, planning state: no planning: the max expected surplus is less 11000.00, start timestamp: undef, timestamp: 1665477647
2022.10.11 10:40:48 1: DEBUG> solarMonitor consumer "01" - current Context is switching "on" => swoncond: 1, on-command:
2022.10.11 10:40:48 1: DEBUG> solarMonitor consumer "01" - current Context is switching "off" => swoffcond: 0, off-command:
2022.10.11 10:41:58 1: DEBUG> solarMonitor consumer "01" - general switching parameters => auto mode: 1, current Consumption: 299 W, nompower: 11000, surplus: 4392 W, planning state: no planning: the max expected surplus is less 11000.00, start timestamp: undef, timestamp: 1665477717
2022.10.11 10:41:58 1: DEBUG> solarMonitor consumer "01" - current Context is switching "on" => swoncond: 1, on-command:
2022.10.11 10:41:58 1: DEBUG> solarMonitor consumer "01" - current Context is switching "off" => swoffcond: 0, off-command:
2022.10.11 10:43:08 1: DEBUG> solarMonitor consumer "01" - general switching parameters => auto mode: 1, current Consumption: 301 W, nompower: 11000, surplus: 4398 W, planning state: no planning: the max expected surplus is less 11000.00, start timestamp: undef, timestamp: 1665477787
2022.10.11 10:43:08 1: DEBUG> solarMonitor consumer "01" - current Context is switching "on" => swoncond: 1, on-command:
2022.10.11 10:43:08 1: DEBUG> solarMonitor consumer "01" - current Context is switching "off" => swoffcond: 0, off-command:
2022.10.11 10:43:10 1: DEBUG> solarMonitor SolCast API server response for string "pv":
$VAR1 = {
'forecasts' => [
{
'period_end' => '2022-10-11T09:00:00.0000000Z',
'pv_estimate' => '4.9933',
'pv_estimate10' => '4.9933',
'pv_estimate90' => '4.9933',
'period' => 'PT30M'
},
{
'period_end' => '2022-10-11T09:30:00.0000000Z',
'pv_estimate' => '5.8133',
'pv_estimate10' => '5.8133',
'period' => 'PT30M',
'pv_estimate90' => '5.8133'
},
{
'period' => 'PT30M',
'pv_estimate90' => '6.4104',
'pv_estimate10' => '6.4104',
'pv_estimate' => '6.4104',
'period_end' => '2022-10-11T10:00:00.0000000Z'
},
{
'pv_estimate' => '6.95',
'period_end' => '2022-10-11T10:30:00.0000000Z',
'period' => 'PT30M',
'pv_estimate90' => '6.95',
'pv_estimate10' => '6.9181'
},
{
'period_end' => '2022-10-11T11:00:00.0000000Z',
'pv_estimate' => '7.1606',
'pv_estimate10' => '5.9622',
'period' => 'PT30M',
'pv_estimate90' => '7.1672'
},
{
'pv_estimate' => '6.9305',
'period_end' => '2022-10-11T11:30:00.0000000Z',
'pv_estimate90' => '7.3638',
'period' => 'PT30M',
'pv_estimate10' => '3.6566'
},
{
'period' => 'PT30M',
'pv_estimate90' => '7.4664',
'pv_estimate10' => '2.3192',
'pv_estimate' => '6.3463',
'period_end' => '2022-10-11T12:00:00.0000000Z'
},
{
'pv_estimate' => '6.1385',
'period_end' => '2022-10-11T12:30:00.0000000Z',
'pv_estimate90' => '7.4363',
'period' => 'PT30M',
'pv_estimate10' => '2.0284'
},
{
'pv_estimate10' => '1.6836',
'pv_estimate90' => '7.1815',
'period' => 'PT30M',
'period_end' => '2022-10-11T13:00:00.0000000Z',
'pv_estimate' => '5.4534'
},
{
'pv_estimate' => '4.4905',
'period_end' => '2022-10-11T13:30:00.0000000Z',
'pv_estimate90' => '6.6708',
'period' => 'PT30M',
'pv_estimate10' => '1.3087'
},
{
'pv_estimate' => '3.4331',
'period_end' => '2022-10-11T14:00:00.0000000Z',
'period' => 'PT30M',
'pv_estimate90' => '6.107',
'pv_estimate10' => '0.9202'
},
{
'pv_estimate10' => '0.5616',
'period' => 'PT30M',
'pv_estimate90' => '5.4747',
'period_end' => '2022-10-11T14:30:00.0000000Z',
'pv_estimate' => '2.2481'
},
{
'period_end' => '2022-10-11T15:00:00.0000000Z',
'pv_estimate' => '1.0308',
'pv_estimate10' => '0.2714',
'period' => 'PT30M',
'pv_estimate90' => '4.5969'
},
{
'period_end' => '2022-10-11T15:30:00.0000000Z',
'pv_estimate' => '0.4683',
'pv_estimate10' => '0.1469',
'pv_estimate90' => '3.4883',
'period' => 'PT30M'
},
{
'pv_estimate' => '0.178',
'period_end' => '2022-10-11T16:00:00.0000000Z',
'period' => 'PT30M',
'pv_estimate90' => '2.0182',
'pv_estimate10' => '0.0643'
},
{
'pv_estimate10' => '0.01',
'period' => 'PT30M',
'pv_estimate90' => '0.1261',
'period_end' => '2022-10-11T16:30:00.0000000Z',
'pv_estimate' => '0.025'
},
{
'pv_estimate' => 0,
'period_end' => '2022-10-11T17:00:00.0000000Z',
'pv_estimate90' => 0,
'period' => 'PT30M',
'pv_estimate10' => 0
},
{
'period_end' => '2022-10-11T17:30:00.0000000Z',
'pv_estimate' => 0,
'pv_estimate10' => 0,
'period' => 'PT30M',
'pv_estimate90' => 0
},
{
'pv_estimate' => 0,
'period_end' => '2022-10-11T18:00:00.0000000Z',
'pv_estimate90' => 0,
'period' => 'PT30M',
'pv_estimate10' => 0
},
{
'pv_estimate10' => 0,
'period' => 'PT30M',
'pv_estimate90' => 0,
'period_end' => '2022-10-11T18:30:00.0000000Z',
'pv_estimate' => 0
},
{
'pv_estimate90' => 0,
'period' => 'PT30M',
'pv_estimate10' => 0,
'pv_estimate' => 0,
'period_end' => '2022-10-11T19:00:00.0000000Z'
},
{
'pv_estimate10' => 0,
'period' => 'PT30M',
'pv_estimate90' => 0,
'period_end' => '2022-10-11T19:30:00.0000000Z',
'pv_estimate' => 0
},
{
'pv_estimate10' => 0,
'period' => 'PT30M',
'pv_estimate90' => 0,
'period_end' => '2022-10-11T20:00:00.0000000Z',
'pv_estimate' => 0
},
{
'period' => 'PT30M',
'pv_estimate90' => 0,
'pv_estimate10' => 0,
'pv_estimate' => 0,
'period_end' => '2022-10-11T20:30:00.0000000Z'
},
{
'pv_estimate10' => 0,
'period' => 'PT30M',
'pv_estimate90' => 0,
'period_end' => '2022-10-11T21:00:00.0000000Z',
'pv_estimate' => 0
},
{
'period_end' => '2022-10-11T21:30:00.0000000Z',
'pv_estimate' => 0,
'pv_estimate10' => 0,
'period' => 'PT30M',
'pv_estimate90' => 0
},
{
'period' => 'PT30M',
'pv_estimate90' => 0,
'pv_estimate10' => 0,
'pv_estimate' => 0,
'period_end' => '2022-10-11T22:00:00.0000000Z'
},
{
'pv_estimate90' => 0,
'period' => 'PT30M',
'pv_estimate10' => 0,
'pv_estimate' => 0,
'period_end' => '2022-10-11T22:30:00.0000000Z'
},
{
'pv_estimate10' => 0,
'pv_estimate90' => 0,
'period' => 'PT30M',
'period_end' => '2022-10-11T23:00:00.0000000Z',
'pv_estimate' => 0
},
{
'pv_estimate90' => 0,
'period' => 'PT30M',
'pv_estimate10' => 0,
'pv_estimate' => 0,
'period_end' => '2022-10-11T23:30:00.0000000Z'
},
{
'period' => 'PT30M',
'pv_estimate90' => 0,
'pv_estimate10' => 0,
'pv_estimate' => 0,
'period_end' => '2022-10-12T00:00:00.0000000Z'
},
{
'period' => 'PT30M',
'pv_estimate90' => 0,
'pv_estimate10' => 0,
'pv_estimate' => 0,
'period_end' => '2022-10-12T00:30:00.0000000Z'
},
{
'period_end' => '2022-10-12T01:00:00.0000000Z',
'pv_estimate' => 0,
'pv_estimate10' => 0,
'period' => 'PT30M',
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},
{
'pv_estimate10' => 0,
'period' => 'PT30M',
'pv_estimate90' => 0,
'period_end' => '2022-10-12T01:30:00.0000000Z',
'pv_estimate' => 0
},
{
'pv_estimate90' => 0,
'period' => 'PT30M',
'pv_estimate10' => 0,
'pv_estimate' => 0,
'period_end' => '2022-10-12T02:00:00.0000000Z'
},
{
'period_end' => '2022-10-12T02:30:00.0000000Z',
'pv_estimate' => 0,
'pv_estimate10' => 0,
'period' => 'PT30M',
'pv_estimate90' => 0
},
{
'period_end' => '2022-10-12T03:00:00.0000000Z',
'pv_estimate' => 0,
'pv_estimate10' => 0,
'period' => 'PT30M',
'pv_estimate90' => 0
},
{
'pv_estimate10' => 0,
'pv_estimate90' => 0,
'period' => 'PT30M',
'period_end' => '2022-10-12T03:30:00.0000000Z',
'pv_estimate' => 0
},
{
'pv_estimate10' => 0,
'period' => 'PT30M',
'pv_estimate90' => 0,
'period_end' => '2022-10-12T04:00:00.0000000Z',
'pv_estimate' => 0
},
{
'pv_estimate10' => 0,
'pv_estimate90' => 0,
'period' => 'PT30M',
'period_end' => '2022-10-12T04:30:00.0000000Z',
'pv_estimate' => 0
},
{
'period_end' => '2022-10-12T05:00:00.0000000Z',
'pv_estimate' => 0,
'pv_estimate10' => 0,
'period' => 'PT30M',
'pv_estimate90' => 0
},
{
'period_end' => '2022-10-12T05:30:00.0000000Z',
'pv_estimate' => 0,
'pv_estimate10' => 0,
'pv_estimate90' => 0,
'period' => 'PT30M'
},
{
'pv_estimate' => '0.058',
'period_end' => '2022-10-12T06:00:00.0000000Z',
'pv_estimate90' => '0.0637',
'period' => 'PT30M',
'pv_estimate10' => '0.0158'
},
{
'pv_estimate' => '0.2319',
'period_end' => '2022-10-12T06:30:00.0000000Z',
'period' => 'PT30M',
'pv_estimate90' => '0.243495',
'pv_estimate10' => '0.0632'
},
{
'period_end' => '2022-10-12T07:00:00.0000000Z',
'pv_estimate' => '0.5635',
'pv_estimate10' => '0.146',
'period' => 'PT30M',
'pv_estimate90' => '1.0339'
},
{
'pv_estimate90' => '1.9826',
'period' => 'PT30M',
'pv_estimate10' => '0.2475',
'pv_estimate' => '0.9623',
'period_end' => '2022-10-12T07:30:00.0000000Z'
},
{
'pv_estimate10' => '0.4021',
'period' => 'PT30M',
'pv_estimate90' => '3.0261',
'period_end' => '2022-10-12T08:00:00.0000000Z',
'pv_estimate' => '1.3352'
},
{
'pv_estimate' => '1.7091',
'period_end' => '2022-10-12T08:30:00.0000000Z',
'pv_estimate90' => '3.9215',
'period' => 'PT30M',
'pv_estimate10' => '0.6403'
},
{
'period' => 'PT30M',
'pv_estimate90' => '4.7375',
'pv_estimate10' => '0.8836',
'pv_estimate' => '2.176',
'period_end' => '2022-10-12T09:00:00.0000000Z'
},
{
'period' => 'PT30M',
'pv_estimate90' => '5.5264',
'pv_estimate10' => '1.0883',
'pv_estimate' => '2.5898',
'period_end' => '2022-10-12T09:30:00.0000000Z'
},
{
'pv_estimate90' => '6.1292',
'period' => 'PT30M',
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'pv_estimate' => '2.8218',
'period_end' => '2022-10-12T10:00:00.0000000Z'
},
{
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'pv_estimate90' => '6.6762',
'period_end' => '2022-10-12T10:30:00.0000000Z',
'pv_estimate' => '2.9915'
},
{
'pv_estimate90' => '7.0279',
'period' => 'PT30M',
'pv_estimate10' => '1.4285',
'pv_estimate' => '3.0829',
'period_end' => '2022-10-12T11:00:00.0000000Z'
},
{
'pv_estimate' => '3.068',
'period_end' => '2022-10-12T11:30:00.0000000Z',
'pv_estimate90' => '7.2149',
'period' => 'PT30M',
'pv_estimate10' => '1.4797'
},
{
'pv_estimate10' => '1.4892',
'pv_estimate90' => '7.1248',
'period' => 'PT30M',
'period_end' => '2022-10-12T12:00:00.0000000Z',
'pv_estimate' => '2.9209'
},
{
'pv_estimate' => '2.829',
'period_end' => '2022-10-12T12:30:00.0000000Z',
'period' => 'PT30M',
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'pv_estimate10' => '1.4467'
},
{
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'period' => 'PT30M'
},
{
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},
{
'pv_estimate10' => '0.9841',
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'period_end' => '2022-10-12T14:00:00.0000000Z',
'pv_estimate' => '2.2831'
},
{
'pv_estimate' => '1.809',
'period_end' => '2022-10-12T14:30:00.0000000Z',
'period' => 'PT30M',
'pv_estimate90' => '5.2375',
'pv_estimate10' => '0.7412'
},
{
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'pv_es

Hauswart · 11 Oktober 2022, 11:34:36

Ich habe eben auch mal auf SolCast umgestellt.

Mehr wie roofIdentPair, moduleRoofTops, pvCorrectionFactor_Auto = off und currentRadiationDev muss ich nicht machen oder?

DS_Starter · 11 Oktober 2022, 11:43:28

@vuffiraa, ja in der kommenden Version habe ich die Abholung auf 3 Tage begrenzt. Aber es sich ja jetzt nur 40 kByte zu verbeiten.

@Hauswart, ja passt so.

Hauswart · 11 Oktober 2022, 12:12:34

Dumme Frage:

ZitatDer Schlüssel power gibt die nominale Leistungsaufnahme des Verbrauchers gemäß seines Datenblattes an. Dieser Wert wird verwendet um das Schalten des Verbrauchers in Abhängigkeit des aktuellen PV-Überschusses zu steuern. Ist power=0 gesetzt, wird der Verbraucher unabhängig von einem ausreichenden PV-Überschuß geschaltet.

Was ist damit genau gemeint?

Vorallem in Zusammenhang mit

Code Auswählen

651   my %hef = (                                                                      # Energiedaktoren für Verbrauchertypen
652     "heater"         => { f => 1.00, m => 1.00, l => 1.00, mt => 240         },     
653     "other"          => { f => 1.00, m => 1.00, l => 1.00, mt => $defmintime },    # f   = Faktor Energieverbrauch in erster Stunde (wichtig auch für Kalkulation in __calcEnergyPieces !)
654     "charger"        => { f => 1.00, m => 1.00, l => 1.00, mt => 120         },    # m   = Faktor Energieverbrauch zwischen erster und letzter Stunde
655     "dishwasher"     => { f => 0.45, m => 0.10, l => 0.45, mt => 180         },    # l   = Faktor Energieverbrauch in letzter Stunde
656     "dryer"          => { f => 0.40, m => 0.40, l => 0.20, mt => 90          },    # mt  = default mintime (Minuten)
657     "washingmachine" => { f => 0.30, m => 0.40, l => 0.30, mt => 120         },   
658   );

D.h. ich gebe nicht die maximale Leistung in Watt an, sondern den Verbrauch für einen Vorgang in Wh?

Widerspricht aber

Zitatpower nominale Leistungsaufnahme des Verbrauchers (siehe Datenblatt) in W
(kann auf "0" gesetzt werden)

DS_Starter · 11 Oktober 2022, 18:36:43

Zitat
Was ist damit genau gemeint?

Gemeint ist die Leistungsangabe für den Verbraucher lt. Herstellerangabe (so wie du es ztiert hast).
Eine Waschmaschine hat also ein Leistungsaufnahme von z.B. 2000W. Das ist anzugeben.

Zitat
D.h. ich gebe nicht die maximale Leistung in Watt an, sondern den Verbrauch für einen Vorgang in Wh?

Nein, die Leistung in Watt.

Zitat
Vorallem in Zusammenhang mit ...

Diese Grundlage hat nichts mit der power Angabe zu tun, zumindest nicht vordergründig.
Auch wenn die WM 2000W Leistung hat, wird sie in einer Stunde nicht 2000Wh verbrauchen, sondern (und das ist eine empirische Annahme) nur den Faktor 0.3 davon.
Dieses Aufteilung ist für die internen Berechnungsvorgänge von Bedeutung.

Zitat
Widerspricht aber ...

Nein, tut es nicht wie oben dargestellt.

power kann deswegen 0 gesetzt werden weil manche User die Einschaltung gemäß Planung auch ausführen lassen möchte wenn KEIN hinreichender Überschuß vorhanden ist. D.h. in diesem Fall wird wie geplant ein- und ausgeschaltet ohne den Überschuß zu beachten.

DS_Starter · 12 Oktober 2022, 13:58:17

Hallo zusammen,

im contrib liegt eine neue V 0.69.0.
Mit der Version gibt es nun die Autokorrektur bzw. Autonachführung für das Model SolCast API.
Weiterhin werden nun nur noch die zukünftigen 48 Stunden aus der SolCast API abgerufen. Das entspricht auch dem Standard bei Verwendung des DWD und halte ich für ausreichend in dem Kontext.

Ich habe auch eine kleine best Practice dazu geschrieben. Auszug aus Comref:

pvCorrectionFactor_Auto on | off

Schaltet die automatische Vorhersagekorrektur ein/aus. Die Wirkungsweise unterscheidet sich zwischen dem Model DWD und dem Model SolCastAPI.

Model SolCastAPI:
Eine eingeschaltete Autokorrektur ermittelt am Ende jeder relevanten Stunde durch Vergleich von PV Prognose und realer Erzeugung das beste Percentil (10-90). Bevor man die Autokorrektur eingeschaltet, ist die Prognose mit folgenden Schritten zu optimieren :

- definiere im RoofTop-Editor der SolCast API den efficiency factor entsprechend dem Alter der Anlage.
Bei einer 8 Jahre alten Anlage (8 x 2%) wäre er 84.
- nach Sonnenuntergang wird das Reading Today_PVdeviation erstellt, welches die Abweichung zwischen Prognose und realer PV Erzeugung in Prozent darstellt.
- entsprechend der Abweichung wird der efficiency factor in Schritten angepasst bis ein Optimum, d.h. die kleinste Tagesabweichung gefunden ist

Idealerweise wird dieser Prozess in einer Phase stabiler meteorologischer Bedingungen (gleichmäßige Sonne bzw. Bewölkung) durchgeführt.
Ist das Tagesoptimum gefunden, kann die Autokorrektur aktiviert werden um für jede Stunde separat das beste Percentil ermittlen zu lassen. Dieser Vorgang ist dynamisch und verwendet ebenso historische Werte zur Durchschnittsbildung. Siehe auch Attribut numHistDays.

Wahrscheinlich werde ich das Attribut solCastPercentile wieder entfernen und durch einen Setter ersetzen mit dem man für jede einzelne Stunde manuell ein Percentil setzen kann (entsprechend pvCorrectionFactor_XX für Model DWD).

LG

SparcWolf · 12 Oktober 2022, 19:36:25

Klasse

. Ich habe die neue Version direkt installiert.

Kann ich in einigen Tagen die historischen Werte von "Today_PVdeviation" irgendwo auslesen (Readings, fhem.log)
oder muss ich jeden Abend aktiv werden und den aktuellen Wert speichern?

Grüße,
Guido.

DS_Starter · 12 Oktober 2022, 19:39:03

Du kannst dir doch Today_PVdeviation wie in FHEM üblich per Filelog oder DbLog speichern und plotten lassen, what ever.