wie kann ich die Einspeisung verhindern am AC In bei einem MultiPlus2 bei
Da in Deutschland keine Einspeisung auch die 0 Watt Einspeisung ohne Genehmigung
des Netzbetreibers nicht erlaubt ist.
Hub4 funktioniert auch nicht ohne Einspeisung und HUB1 ist wegen der
Spannungssteuerung keine Alternative.
Meine Anlage ist DC verbunden.
- 2 Mppt Laderegler
- 1 MulitPlus-II 48/3000/35-32
- 3 Pylontech US2000
- Venus GX
Wozu gibt es im Multiplus bei Grid Code - Settings die Einstellung
-> Use Aux1 as disable FeedIn signal.
Freue mich auf eine Antwort.
Hi, when connecting to the grid I can see from Victron Connect that the AC1 in relay/gate is open and will not allow grid power in. Is there a setting in Victron connect to cure this?
is it somehow possible to program a time delay for the Multiplus (in an ESS system) before it switches back from battery to grid in case of an power outage?
In case of repair works on the grid I observed, that the first few minutes are often not stable and so the Multi switches to grid, back to battery then again to grid....
Is there a way to program a delay with assistants(?) with the goal to switch back to grid operation only if the grid is present continuously for about 5 minutes?
I have a hardware solution in mind but a software solution would be much more comfortable.
I just bought a MultiPlus II, a Cerbo GX and a battery with the objective to charge the battery during off peak hours and use it on peak hours.
I do not have the EM24, but as I'm a Home Assistant user, how can I supply to my Victron the grid consumption / injection through Modbus or MQTT? On the end my idea is to emulate the an EM24 through Home Assistant
Thanks for your support
we deliverd a new Installation (Number 8) to an "existing" Farm House with a 3 - Phase ESS 15 kVA - Multiplus II System.
There is a Fronius IG-Plus 120-3 running for more than 12 years. So good for now.
Everything is working fine except we start the system in "Island" Mode with an Active IG-Plus. When AC Mains is connected, the System performs its Relais Test and after about 5 Minutes it is going to switch back to grid. Immediately, when switching back we get an Ground Relais Test Error 8.
When starting in Island Mode with a disconnected IG Plus everything is working fine.. after switching back to grid and connecting the IG Plus everything is working like a charm.
When coming from Grid with a GridLost, we also encounter the same problem when switching back to grid.
To make a conclusion.. When the Fronius IG-Plus is "Connected" (we switched off the system, because it starts working after 30 seconds.. so we could not test, if its a problem when standing by connected and producing), we get an Ground Relais Test Error when switching back to grid. (Always)
There is no mixed Ground and Netral (We have controlled that several times)
The Multis are showing those ERRORS:
Phase L1, device 1 (0) #44 0x820002
Phase L2, device 1 (0) #15 0x800024
Phase L3, device 1 (0) #19 0x800024
From the wiring...
AcMainSwitch - SwitchOverToGenerator - 100 mA 3 Phase FI - MulitplusII - FI-s to different Loads
the IG Plus is connected:
IG-Plus - LS 16A - FI- 003 A -To The MulitplusII Ac Out
As talking to Fronius Service Personal the have no Idea what s going on, because they say they do not connect Neutral to Ground ... so do we have issues with the 100 mA 3 Phase FI, or the FI 003A connected to the IG Plus?
The System is running the latest Firmware 487.
Unfortunately there is no Support from our Dealer, because they do not have the knowledge.
Have a nice day, always Sun and I hope to get some good feedback...
thank s in advance
About every month or two, the battery drains to grid without sun!
When this happend, I rebooted the ColorControl, nothing changed.
After switching the Grid CB to off and on again, everything was working fine again.
Without sun, the Battery feeds the Grid...
Once this happend until the 20% limit SOC was reached.
Does anybody have an Idea why this could be?
BYD Akku 8kWh
Bonjour à tous,
Je n'ai travaillé pour l'instant qu'avec des Victron en site isolé ou en Grid et ESS. Par contre sans batterie, peut-on configurer l'onduleur Victron pour réinjecter sur le réseau le surplus de production et limiter à une certaine puissance la ré-injection ?
5.4 kWp Solar Panel
Fronius 6 kW
Quattro 8 kW
BYD 8kWh Batrery
Color Control GX
Grid Energy Meter
The Good News: The System normaly runs perfectly! :-)
But: about every 2 or 3 Month, the Battery is dained to the Grid.
When I recogniced it the last Time, I droped the Grid Circuit Breaker for 1 min after this the System was running well again.
There is NO Reason to feed into the Grid when the Battery is not charged.
But, thats what happens @ 12:41 durig about 30 min (thats until I switched the Grid CB off).
I've got Everywhere the latest Firmware.
Thanks in advance, Peter
Sur un Quattro tout neuf qui sort de sa boite, mise à jour du dernier firmware puis dans Grid, pas de "France " dans la liste. Comment le faire apparaitre ? Est-ce lié à la version du Firmware ?
Hi, i am new and have a question if my plan is realizable. My plan is to use a Multiplus with a connected generator and solar power to reduce my grid load.
Currently i only have a grid connection with 3 phases and N, i live in Germany.
And my final solution would be this:
Use always the generator source to reduce the load. If the generator does not deliver enough power also use power from the battery which will be loaded from the solar panel and a Victron MPPT solar controller. If these two sources do not have enough power, use grid power.
This is my expectation of the ESS System:
I would expect that ESS of victron with Phase-compensation is able to handle my load and will reduce the grid consumption of my house to zero, as long as the generator power (max input configured in Multi) and Multiplus inverter power is higher than the load of the house.
Is this correct?
If yes, i would expect these devices in my system:
EM24 grid meter
MPPT solar charger
Connect the generator to the input of the multi and of course the battery to it. The battery will also used from a Victron MPPT to power up the battery with solar power. Connect the output1 of the Multi to one phase of my House, thats it?
It sounds to easy to be true.
I know there are a lot questions and maybe the headline is also not really helpful, but maybe one of you will help me to get better knowledge of this. Or will post some info where i can get the information.
Thank you very much.
I'm looking at using Polarium Lithium Batteries in my system but notice they are -48v. Is there any way they could be used with a MultiPlus? Would I need to wire them in a different way, add some kind of converter or are -48v batteries not at all compatible with Victron equipment?
Hi there. I have a installation where the grid impedance is very bad. With no loads on the grid (inverting) the grid-voltage is 243V when the loads come on and the inverter goes in pass thru the grid voltage goes below 220v. The problem is when the inverter switches between inverting/pass-thru the lights in the house are flickering (voltage drop?). Does anyone have a suggestion what setup I should use. Setup now is. 1phase 15amps grid connection. 2xMultiplus 2 5000 parallel, 250/100mppt, 16kWh lifepo4. ESS mode.
I use a 3-phase offgrid system on 3*Quattro 48-10000 inverters and 4 4*LiFePO4 25.6 A*200Ah batteries (+ Gerbo-GX, GX Touch). I plan the next option for its further use. For the power supply of consumers, we use an 3ph/380V distant power line with 60-80 kW distributed along the line load for each phase (200 kW in total). This line is powered from a 10 kV/380 V substation on one side. During peak load hours, at the most loaded phase, the voltage can drop to the level of 190V. At the same time, the voltage in the other phases may be within the normal range. Temporarily, until the reconstruction is carried out, we plan to solve the problem by connecting our 30 kW device on the opposite side of the substation to maintain the voltage level during peak times. That is, when the voltage drops below the threshold (for example, 200V), the installation, working in parallel with the network, outputs energy either from the battery or taking it from another phase (if its voltage is high enough), raising the voltage to the desired (for example, 220V). The Hub-4 mode is similar to the one I described, but the balancing is performed according to the power balance on the Energy Meter, not depending on the voltage level at the output of the inverter. How can such a mode of operation be implemented? Thanks a lot
Recently I've installed ET112 grid meter on my system (which was using CT sensor previously) and I've noticed that the Multi is very slow on response to load. Currently my system looks like this:
The grid set point is set to -10W. The multi needs a good 15-18 seconds to stabilize after large load kicks in and another approx 15s to stabilize after load drops off. Check the video from VenusGX (the load is switched on at about 16s of the clip and switched of at 43s of the clip):
Is that how it should be? The difference in the load is just about 1.4kW, why is it taking so long to handle that?
Previously I was using CT Sensor extended with Cat5e cable to over 25m long, the system looked like this:
The response to load was pretty much instant. I've recorder video using the same load as on the previous one (load switched on at about 10s and switched off at 23s of the video):
The system need seconds to stabilize
Also you can see a clear difference on the Grid use graph from VRM portal:
As you can see, with CT sensor the system is very close to grid set point, with ET112 grid meter it is way off and hardly ever stay close to set point. The situation is even worst during cloudy day when PV power is fluctuating (you cen see it on my other youtube video).
Is it normal behavior? It looks like Multi can handle this load easily, the problem seems to be in the feedback from the grid meter (or algorithm when ET112 is in use). Is there anything I can do to improve this reaction time??? Please advice.
Mon motel est connecté au réseau électrique et je dispose de deux GE de 30kVA et 20kVA respective qui sont sollicités selon le besoin avec un démarrage manuel.
Je souhaite ajouter à l'installation existante 24x325Wc en deux sous champs couplés à 2 MPPT 250/100, 28kWh de stockage, 3*3kVA Multiplus II en configuration triphasée .
1) Pourriez-vous me dire à propos de mon schéma câblage coté AC, si mes équipements et les utilisateurs seront suffisamment protégés de tous les risques possibles (contacts indirects, surcharge + court-circuit + défaut à la terre ) ?
2) Pour la protection AC-in des Multiplus II que j'ai choisi , Victron préconise 32 A pour chaque Multiplus II. La configuration triphasée permettra t-elle de foisonner les courants entre phases? ce qui en réalité me permettra d'avoir sur chaque phase plus de courant?
3) Mes GE de 30kVA et 20kVA sont assez vieux, est-il possible de piloter automatiquement la marche et l'arrêt avec la BMV700 ou le CGX?
4) Avec ces onduleurs on va « rétrécir » la puissance max disponible en tête de TGBT : 32 A avec SNE/GE et 32+13=45 A avec SNE/GE+Victron, alors que jusqu’ici ils étaient limités à 50 A (disjoncteur en tête du TGBT). Quelles mesures devrait -je prendre?
Merci pour vos réponses
[image]configuration triphasé des MultiplusII et protection
Generator and Multiplus II compatibility
My motel is connected to the electricity network and I have two GEs of 30kVA and 20kVA respectively which are requested as needed with a manual start.
I would like to add to the existing installation 24x325Wp in two subfields coupled with 2 MPPT 250/100, 28kWh of storage, 3 * 3kVA Multiplus II in three-phase configuration.
1) Could you tell me about my AC wiring diagram, if my equipment and users will be sufficiently protected from all risks (indirect contacts, overload + short circuit + earth fault)?
2) For the AC-in protection of the Multiplus II that I have chosen, Victron recommends 32 A for each Multiplus II. Will the three-phase configuration make it possible to increase the currents between phases? what will actually allow me to have more current on each phase?
3) My 30kVA and 20kVA GEs are quite old, is it possible to automatically control the start and stop with the BMV700 or the CGX?
4) With these inverters we will “narrow” the maximum power available at the head of the main switchboard: 32 A with GRID/ GE and 32 + 13 = 45 A with GRID/ GE + Victron, whereas until now they were limited to 50 A (circuit breaker at the head of the TGBT). What precautions should I take?
Thank you for your help
Hi, I have 2x Multiplus 5KVa inverters in parallel with 18x 400W panels and 4x 6.2KVA batteries. I Have turned off my feed from the grid as it is extremely unreliable.
Is this safe and OK for the system to run permanently without any supply from the grid ? is there anything bad or negative doing this ?
Is there any settings I need to change to optimize the system for this scenario to be used ?
I labelled my Quattro AC input 1 as ‘shore power’, then set up an alarm rule on my CCGX where all input labels (not available, grid, generator, shore power) were enabled.
When I disconnected my shore power, the CCGX and VRM gave me ‘grid lost’ alarms. I acknowledged the alarm on the CCGX and reconnected shore power but it took a reset to clear the CCGX, and I can’t clear it on the VRM.
I’ve tried deleting the rule and setting up a new one, re-labelling my input as ‘grid’ to see if that’ll clear it - no luck.
Any advice appreciated - would like to clear from the VRM.
[image]I have already purchased all of the above equipment to instal into a portable solar shed. My question is can I add any other equipment to this design so I can tie into the grid and sell power back to the power company?
Hallo Leute ,
mein ESS System funktioniert soweit sehr gut und zuverlässig:
Multiplus II 3kw
2x Pylontech us2000B
Zähler netzt und Zähler pv
Nun kommt es immer wieder vor das Nachts oder am Morgen Strom aus dem Netzt entkommen wird obwohl der Akku noch mehr als 10% hat(10% ist mein Soc) . Wie auf dem Bild zu sehen ist wird Strom aus dem netzt entnommen obwohl der Akku 30% hat und zudem wird sogar noch aufgeladen.
Teilweise habe ich beim Laden den Eindruck das Victron nicht richtig misst oder Werte fürs laden als Verbrauch annimmt ???
ich habe eine Insellösung.
Meine Geräten sind alle Neu: Multiplus 2 48/3000 ,
BMV 700, CCGX, EM 24
Seit heute habe ich eine neue smart solar MPPT 250/60 erhalten.
EM 24 ist im CCGx eingebunden.
CCGX zeigt ESS 5
MPPT hat gerade über Victronconnect - via - meine Handy , eine Software upgrade erhalten.
Das Problem: PV an der MPPT angeschlossen : Spannung 0,03 V,
PV vom MPPT getrennt ist meine Spannung 148,x V
Hat jemandem eine Idee, wo es bei mir Klemmpt?
Ich bin sehr Dankbar für Ihre Tips.
i installed 3x MP2 3000VA /48V. Updated Firmware to 2629474. made ve quick config, setted all settings. made the ess assistant in each MP. Now i try everything but the whole system acts like phase compensation is disabled although it is enabled. each inverter does only deliver so much power as required on the specific phase according to the grid meter. No idea why the compensation setting in the venus gx is not working. Please help!!
AC L1,L2,L3 is connected to MPNr.1-ACIN, MPNr2-ACIN, MPNr3-ACIN. The system is useless. If the electric car is plugged in on one phase with 7kW it only delivers max. 2.4kW from one inverter, if no other loads are switched on. If someone cooks on L2, i only get 2.4kW from the inverter on Nr.2.
I read all installation manuals, the training video on the Victron professional side, there is no hint what is wrong, looks like a software bug on the Venus gx!
Hey! Please advise, it is possible:
Q1: Will solar energy be shared between AC Out #1 and AC Out #2?
Q2: If the consumption is small during large PV generation, is it possible to set up a power discharge to the grid?
Q3: Do I understand correctly that when AC Input #1 disappears, AC Out #2 will automatically turn off?
Bonjour mon système fonctionne depuis 3 ans . Les mises à jour sont automatique mais depuis un certain temps, je constate des changements dans le fonctionnements du système . Une mise à jour a t'elle besoin d'une intervention manuel par la suite sur les équipements ?
Je ne comprend pas bien la lecteur qui pourrais m'aider ?
Injection alors que les consommateurs sont couverts et la production PV inférieure . La lecture devrait être en positif sur le réseau pas en négatif meme avec de gros consommateur ?
Merci de vos lumières.
Hello my system has been working for 3 years. The updates are automatic but for some time, I have noticed changes in the functioning of the system. Does an update need manual intervention later on the equipment?
I do not understand the reader well who could help me?
Injection while consumers are covered and PV production is lower. The reading should be positive on the network not negative even with heavy consumers?
Thank you for your insight.
We have a 3-phase ESS system (grid connected) that is giving us grief:
The customer's house is about 2km away from the road, so the grid connection is very unstable and if any significant current is drawn, the voltage drops and lights flicker and other appliances turn off in the house.
The problem seems to be that when the load is large enough for the system to switch over to the grid, the entire system follows the grid voltage, rather than creating a stable voltage from the Multis.
Is there any way to make it so that the AC Out of the system is stable regardless of the AC In?
Thanks in advance
I have a working system with PV panels charging 220Ah/48V victron batteries connected to a MultiPlus providing AC, and optionally recharged by grid or (soon) a fuel generator. It is monitored by a VenusOS device.
I have the opportunity to have a second different battery bank (I already got them) and I would like to use it to extend the capacity of the system. The batteries are very differebt and I'd not want to connect them in DC with the first bank.
I wanted to know if it was possible to connect them on the AC local grid, possibly giving more power (sometimes the loads exceeds the first multiplus capacity). I'd imagine connecting them to a Quattro or Multiplus. Is it possible ? How can the second battery bank be instructed to recharge when the generator is up or on excess solar energy, and discharge when load is needed ? Is it automatic somehow ?
Additional question. When I have excess solar energy available, I'd like to power up some devices (heat up the water tank). Is there some way to do that ? At a distance (much like how the electrical grid sends signals over the wire to trigger the day/night mode)
2 -Quattro - 10k inverters not accepting grid. Will start to load then disconnect.
Doesn’t drop or spike just disconnect.
Any help would be appreciated.
Tired of not finding a clear answer in de product descriptions. I'm looking for a charger inverter ups-function which will also delivers power to the grid when the batteries are full or not connected. Do all inverters de this? Or none of them? Or did I miss one.
Est-ce que le grid code "Europe EN50549-1 2019" est applicable en France ?
Nous avons des soucis de synchro triphasée avec le VDE 0126-1-1 et nous cherchons une alternative
Hi, I got a "Grid Lost" alarm today but the grid power hasn't stopped working at any time. I see that the alarm has ocurred when the inverter has gone from Passthru to Inverting state. This has never happened before, so I understand it must be a bug or a new option.
Can someone help me please?