Hi, yes in this case the battery regardless of the soc at 100% I see that it does not absorb any amperes because it charges. but I have noticed these episodes from time to time, immediately after the voltage or rather the power I return to the consumption values because when the battery is charged and does not take amperes through an automation I start loads. Today day started a bit cloudy, but after very nice. As you can see from the graphs everything is regular, the voltage 56.60 (also suggested by Mike) is in absorption, and then goes down in float to 55.40 v. Even if the float doesn't exist on the lifepo4 I preferred to set it up like this. However, a month has passed since the replacement with Epever, and I didn't believe that victron was so stable, performing and above all the over voltage disconnect of epever is now just a bad memory. To date even with cloudy weather and then sun in short sudden variation of light, the victron has always kept the battery at the bulk values that I set without going any further, as unfortunately epever did in a really shameful way.
The current you see is only the load the battery is not absorbing anything because it charges.
Thank you for intervening
The other possibility the victron will regularly scan for a better setting so it may just show up on a graph from time to time for the few seconds where it drops and comes back up, the graph may only show lesser granularity
The other possibility the victron will regularly scan for a better setting so it may just show up on a graph from time to time for the few seconds where it drops and comes back up, the graph may only show lesser granularity
Yes, and since I installed the victor and I see that it works too well, I'm getting used to the idea that it must be perfect ..... !! I thought what you wrote, maybe a search for the mppt. Anyway I'm really happy, I'm sorry I didn't change the regulator first. I don't understand a thing, here in Italy I see that some users on YouTube channels have really well-made solar systems, 32kw super bms batteries, voltronic offgrid inverters etc, but they have epever epever regulators ....
I don't want to belittle anything about epever, but victor's performance and stability compared to epever is a fact.
The other possibility the victron will regularly scan for a better setting so it may just show up on a graph from time to time for the few seconds where it drops and comes back up, the graph may only show lesser granularity
For last observation I noticed that when the battery is charged and in float, if the sun goes away and there are loads, the voltage slowly drops towards the bulk. When this occurs, and the sun shines again, victron sends into defined bulk voltage, but clearly does not resume the cycle and suddenly drops the voltage towards the float suddenly. But not always, so he starts to give the maximum power arrives almost immediately at the bulk voltage being the battery already full it does not remain and lowers the voltage sometimes faster and as a result the power drops to a peak.