Ja mit grau meine ich das Sunny Portal.
In der Web-Oberfläche unter SMA-Gerät -Home steht
Betriebsstatus der Batterie: | Aus |
Aktueller Batterieladezustand: | 25% |
Ja mit grau meine ich das Sunny Portal.
In der Web-Oberfläche unter SMA-Gerät -Home steht
Betriebsstatus der Batterie: | Aus |
Aktueller Batterieladezustand: | 25% |
Wenn „Aus“ dann muss man „Neustarten“.
Doch vorher würde ich mal „Parameter laden“ starten und den SBS noch einmal einrichten.
Eine Anleitung dazu hatte ich hier im Forum schon gepostet.
Wo finde ich diese Anleitung im Forum ?
Und wie schon gesagt, wenn ich "Neustarte" also RESU aus, SBS aus; RESU an, SBS an, dann geht es kurz und die Batterie wird im Standby Betrieb angezeigt. Danach wieder aus.
Hi KaGo,
ich sehe gerade im #57
Dein Hauptprozessor hat 3.11.1.R
Ich habe 1.51.5.R
Hi KaGo,
ich sehe gerade im #57
Dein Hauptprozessor hat 3.11.1.R
Ich habe 1.51.5.R
Na dann solltest du erst mal ein Update fahren. Danach läuft es dann auch!
Schliesse mich Matthias_Roeschinger an. Ich würde auch erst einaml einen Update einbringen.
Alles anzeigenAlles anzeigenAlles anzeigenAlles anzeigenWith my system it does not matter if I choose 200ms, 600ms or 1000ms. It's unstable at all.
I deleted also the Singlecast / Unicast IP addresses. With no change.
May be the settings, SMA introduced with the last Home Manger update are already not
longer working. My opion ist that the inverter can be damaged with unstable settings.
At the moment I have the same configuration like you regarding the meters. Last week a SMA
guy told me that I do need the SMA Energy Meter. So I bought it. But its not yet installed.
My local electrian told me that SMA was stupid, because the system is also unstable within
the night and there's no power production. I'm sure he will be right and that does not work.
Have you ever tried to change your switch to one with IGMPv3? Because of the Speedwire
protocol. Which one do you use?
I have an unmanaged switch from Netgear. All SMA equipment and Raspberry Pi with SAE are connected to this switch. This switch is connected to a Asus RT-AX88U router.
I think don't have any issues with network communications.
From my point of view the problem is between Inverter and LG BMS. If the problem is between SMA HM and SMA SBS, another users with BYD batteries should have the same issues, and is not true ( i think )
The problem is, LG RESU H have a BMS with DC-DC converter, and the settings are a little bit strange.
I charge mode, the voltage settings is about 495V and 430V in discharge mode, so whe the inverter try to start charge increase the voltage to 495V and the BMS starts charging, and the voltage drops to 470V. During this transitions the BMS "use" more power than the available power to charge, and the inverter "cut's" off, so the BMS stops to charge and the process starts from the beggining. For me the problem is between Inverter and battery. The problem is worse with 2 LG Resu H batteries
The Netgear ProSAFE GS100 ist the only unmanaged switch from Netgear with IGMPv3 capability.
You can check it easy.
I have the LG RESU 10 H with CAN bus. Your BYD need a RS485 bus. Maybe this can be the difference?
If you like, we can double-check our SBS settings. But I have only one LG batterie.
All Compatible Battery with SBS must have CAN.
SBS only connect with BMS by CAN, not RS485
My switch is Netgear GS308
I found your Switch GS308
This switch has no IGMPv3 capability. That's your problem!!
Alles anzeigenAlles anzeigenAlles anzeigenAlles anzeigen
I have an unmanaged switch from Netgear. All SMA equipment and Raspberry Pi with SAE are connected to this switch. This switch is connected to a Asus RT-AX88U router.
I think don't have any issues with network communications.
From my point of view the problem is between Inverter and LG BMS. If the problem is between SMA HM and SMA SBS, another users with BYD batteries should have the same issues, and is not true ( i think )
The problem is, LG RESU H have a BMS with DC-DC converter, and the settings are a little bit strange.
I charge mode, the voltage settings is about 495V and 430V in discharge mode, so whe the inverter try to start charge increase the voltage to 495V and the BMS starts charging, and the voltage drops to 470V. During this transitions the BMS "use" more power than the available power to charge, and the inverter "cut's" off, so the BMS stops to charge and the process starts from the beggining. For me the problem is between Inverter and battery. The problem is worse with 2 LG Resu H batteries
The Netgear ProSAFE GS100 ist the only unmanaged switch from Netgear with IGMPv3 capability.
You can check it easy.
I have the LG RESU 10 H with CAN bus. Your BYD need a RS485 bus. Maybe this can be the difference?
If you like, we can double-check our SBS settings. But I have only one LG batterie.
All Compatible Battery with SBS must have CAN.
SBS only connect with BMS by CAN, not RS485
My switch is Netgear GS308
I found your Switch GS308
And with 8 Ports:
photovoltaikforum.com/core/attachment/153762/
This switch has no IGMPv3 capability. That's your problem!!
Netgear GS308 it's a unmanaged switch.
Don't have configuration. So, everything pass. No matter.