Es gibt zwei Punkte die ich sehe ...SoC Step6 Bat 01 - force charging request: yes (battery charge is below minimum SoC)calc care SoC -> docare: 1, care SoC: 100 %, remain days until care SoC: 0, Target: 100 %Zitat von: roelleke am 20 September 2026, 12:02:17Das List des Fritzbox Devices und das LOG sind im Anhang, da sie wohl zu groß ist um eingefügt zu werden.
Die ersten beiden Zeilen des Logs sind mit verbose 2 und der Rest mit verbose 4.
Ich hoffe die Angaben reichen so aus.
sub elapsed($$) {
my ($self, $t)= @_;
return defined($self->{autoreset}) && $self->{autoreset} ne '' && defined($self->{_t0}) && ($t - $self->{_t0} >= $self->{autoreset});
}ZitatAls Absicherung in `fhem.pl` würde ein `next if(!$modules{$m}{ParseFn});` in der Dispatch-Schleife genügen, unabhängig davon, wer den Eintrag erzeugt hat.
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ######################### Start Battery Management DebugLog #########################
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step1 Bat 01 - basics -> setup values: lowSoc=5 %, upSoc=20 %, maxSoc=100 %, stepSoc=5 %, careCycle=25
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step1 Bat 01 - basics -> pvHistory values: yesterday=19, batymaxsoc=94.9 %, batysetsoc=100 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step1 Bat 01 - basics -> current values: SoC=83.3 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step1 Bat 01 - basics -> Battery share factor of total required load: 1.00
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step1 Bat 01 - basics -> today -> PV fc: 53900 Wh, con till sunset: 24 Wh, Surp: 53876 Wh
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step1 Bat 01 - basics -> tomorrow -> PV fc: 64569 Wh, con till sunset: 2096 Wh, Surp: 62997 Wh (75% con)
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step1 Bat 01 - basics -> selected energy for charging (the higher positive Surp value from above): 62997 Wh
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step1 Bat 01 - basics -> expected energy for charging after application Share factor: 62997 Wh
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step1 Bat 01 - compare with SoC history -> preliminary new Target: 100 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step2 Bat 01 - basics -> Energy expected for charging: 62997 Wh, need until maxsoc: 1283 Wh
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step2 Bat 01 - calc care SoC -> docare: 1, care SoC: 100 %, remain days until care SoC: 0, Target: 100 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step3 Bat 01 - basics -> max SOC so that predicted PV can be stored: -720 %, newtarget: -720 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step3 Bat 01 - charging probability -> docare: 1, Target: 100 % (no change)
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step4 Bat 01 - basics -> docare: 1, lowSoc: 5 %, upSoc: 20 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step4 Bat 01 - observe low/up limits -> Target: 100 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step5 Bat 01 - rounding the SoC to steps of 5 % -> Target: 100 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> SoC Step6 Bat 01 - force charging request: yes (battery charge is below minimum SoC)
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt - Inverter 'Fronius_Symo1' cap: 10000 W, Power limit: 100 % -> Pmax eff: 10000 W
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt - Inverter 'Fronius_Symo2' cap: 12000 W, Power limit: 100 % -> Pmax eff: 12000 W
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt - Summary Power limit of all Inverter (except feed 'grid'): 22000 W
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt - The limit for grid feed-in is: 18800 W
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt Bat 01 - selected charging strategy: smartPower
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt Bat 01 - general load termination condition: 0
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt Bat 01 - control time Slot - Slot start: 00:00, Slot end: 23:59
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt Bat 01 - control barrier SoC: 50 % / 3840 Wh
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt Bat 01 - control barrier Parameter: set:4444
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt Bat 01 - Battery efficiency used: 87 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt Bat 01 - weighted self-consumption: 0 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt Bat 01 - Target load and target time: 100 % / 7680 Wh / -
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt Bat 01 - Percentage of the total amount of charging energy required: 100.0 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeMgmt Bat 01 - The PV generation, consumption and surplus listed below are based on the battery's share of the total amount of charging energy required!
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeOTP Bat 01 - used safety margin: 20 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeOTP Bat 01 - charging target: 7680 Wh, E requirement incl. efficiency: 1475 Wh -> target likely achievable? no
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeOTP Bat 01 - Ratio of remaining surplus 130 Wh / energy requirement to achieve the load target: 8.82 %
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeOTP Bat 01 20/10 - hod:11/00, lr/lc:1/1, SocS/E:6397/7680 Wh, SurpH/D:7794/130 Wh, OTP:3000/149 W
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeOTP Bat 01 20/11 - hod:12/01, lr/lc:0/1, SocS/E:7680/7680 Wh, SurpH/D:0/0 Wh, OTP:0/- W
2026.09.20 10:59:52 1: PV_SolarForecast DEBUG> ChargeOTP Bat 01 20/12 - hod:13/02, lr/lc:0/1, SocS/E:7680/7680 Wh, SurpH/D:0/0 Wh, OTP:0/- W
...
2026.09.20 11:00:04 1: PV_SolarForecast DEBUG> ChargeOTP Bat 01 - used safety margin: 20 %
2026.09.20 11:00:04 1: PV_SolarForecast DEBUG> ChargeOTP Bat 01 - charging target: 7680 Wh, E requirement incl. efficiency: 1475 Wh -> target likely achievable? yes
2026.09.20 11:00:04 1: PV_SolarForecast DEBUG> ChargeOTP Bat 01 - Ratio of remaining surplus 8933 Wh / energy requirement to achieve the load target: 605.75 %
2026.09.20 11:00:04 1: PV_SolarForecast DEBUG> ChargeOTP Bat 01 20/11 - hod:12/00, lr/lc:1/1, SocS/E:6397/7680 Wh, SurpH/D:8933/8933 Wh, OTP:1768/1473 W
2026.09.20 11:00:04 1: PV_SolarForecast DEBUG> ChargeOTP Bat 01 20/12 - hod:13/01, lr/lc:0/1, SocS/E:7680/7680 Wh, SurpH/D:0/0 Wh, OTP:0/- W
2026.09.20 11:00:04 1: PV_SolarForecast DEBUG> ChargeOTP Bat 01 20/13 - hod:14/02, lr/lc:0/1, SocS/E:7680/7680 Wh, SurpH/D:0/0 Wh, OTP:0/- WDu darfst diesen Dateianhang nicht ansehen.