The only way that I have found to force grid is to set the "on grid end of discharge" voltage higher than the battery. To set it back to battery, you need to set it 3v lower than the battery is at that moment. After applying the -3v, you can move it where you want,
Yeah this is worse than mine. I probably would still use them but that is just me. What is 18650 doing about it? It would be interesting if you updated here.
My quick google search says 4.3 megawatts per year. Translating to 33-40% increase in electricity usage if everyone had an EV.
The elephant in the room is the fact that there are almost twice as many cars in the USA as there are houses.
Interesting point about solar and power backup systems...
I dont think mine has a blue bluetooth light either. I think its the red light that is usually constant blinks just a couple times when blue tooth is connecting.
Hi, yeah not very intuitive...
Did you figure this out?
I never messed with SOC percentage cutoffs so I dont know for sure but in my case It was necessary for me to hit EMPTY on discharge control to stop the grid bypass.
I later found out some tricks besides that.
I use user battery settings...
This more pertains to lithium cobalt chemistries. Lifepo4 is lithium iron phosphate.
Lifepo4 is pretty remarkable for solar. Its TOTALLY different than any other battery from my experience.
I would ground the combiner box.
I got mine from watts247 and it has a lightning arrestor in it. Not sure if yours does but grounding it is necessary for the arrestor.
I wish I could help you more.
But why did my moded Victron smart shunt as a BMS do the exact same thing at 100%?
The ONLY things shared between the 2 setups would be the EG4 6000xp and the Pylontec protocol .
I have a very interesting discovery to share.
So I have a 6000xp, connected to a Victron smart shunt via the can converter esp32 board discussed in this thread. I have Solar Assistant reading from the 6000xp. It all has been working very well overall. I have 2 battery banks in parallel, one 400...
True, but I would think that would be a very small probability without an outside event.
I have been using lithium batteries for a long time, reclaimed good cells in dead laptop packs, wired 14s12P lithium ion packs, I had 3 of these packs at the same time for a while. That makes 504 little...
Yes, I see that now.
Im just still wondering what happens when a parallel set of 6000xp has grid only on one while battery and voltage falls below on battery EOD.
Can we think this thru just a little bit?
The fuse blew, ok. Did it blow in a half asked way that was unsafe or did it work as intended? If it blew as normal, and if an arc formed, it would vaporize the remaining metal and go out in short order.
I think this absolutely applies to Lithium cobalt. In a direct short event.
I have seen other pictures of Lifepo4 diy batteries go off and the adjacent cells were still very much unburden.
The cell just roasted for a couple hours.
Yup, I use a 30 amp breaker and charge at 70 battery amps all the time. Again, the amps in ALL of the 6000xp settings pertains to the battery amps.
The reason I only do 70 is to leave room for the loads that may be running.. For instance if you battery charge at 4080 watts and have a 2500 watt...
100% only means one cell in each battery hit the charged voltage.
If you multiply that by 6,that could be your problem.
i imagine once one battery hits 100% charging stops for all of them.
You simply found the battery with the worst balance problem.
I distinctly remember this being a feature request. I was not surprised by it when I updated my firmware.
What I can say for sure is that mine operates the same, with zero problems.
YES, I saw that last week. Seems to me just a doubled up/ side to side 280k. Interesting, but what about 16 of those? How can you move that? Is any company like Seplos/ EEl going to make a box for a 500Lb battery?? Ha, it seems kinda excessive.