I will check it again. I had to use just the red wire as it was the largest gauge I hadIf you follow the cables they appear to be miswired to the batteries that are wired in series.
I will check it again. I had to use just the red wire as it was the largest gauge I hadIf you follow the cables they appear to be miswired to the batteries that are wired in series.
Put black electrical tape on the wire ends to give you indication that is a negative wire.I will check it again. I had to use just the red wire as it was the largest gauge I had
I wasn't sure of the polarity because the manual says if 2 or more batteries are used you must jump from battery 1 negative to battery 2 positive so I connected the renogy to only the 1st batteryPhotos are handy but a description is important. I see in the photos a Renogy SCC, your inverter, and the batteries. I do not know what PV you have, the settings of the Renogy for charging your batteries (is it set for Lithium?), nor much about your loads other than I see some what looks like battery packs for tools hanging on the wall beneath your inverter. It is unclear where they get power from.
One thing that bothers me is your use of red wires from the SCC on both the positive and negative SCC's battery output terminals. This can lead to not knowing if the other end of them is wired with correct polarity. They do not seemed to be wired to your batteries correctly. For series 24vDC they would need to be wired to one battery out positive and the other batteries out negative. The jumper from between battery neg/pos would have no SCC wires to it.
So Im guessing then that the positive from the Renogy should go on the terminal that has the positive cable attached coming from the inverter??I wasn't sure of the polarity because the manual says if 2 or more batteries are used you must jump from battery 1 negative to battery 2 positive so I connected the renogy to only the 1st battery
Which meant that you were just charging one battery. Follow proper setup of your Renogy after disconnecting it entirely by PV first than battery. Reconnect your wires and than connect the SCC before connecting PV.I wasn't sure of the polarity because the manual says if 2 or more batteries are used you must jump from battery 1 negative to battery 2 positive so I connected the renogy to only the 1st battery
Ahh you are correct, that aint gonna work!If you follow the cables they appear to be miswired to the batteries that are wired in series.
Thanks to all that have responded trying to help. So I did try doing just that and the renogy battery display started flashing so I am completely confused at this pointWhich meant that you were just charging one battery. Follow proper setup of your Renogy after disconnecting it entirely by PV first than battery. Reconnect your wires and than connect the SCC before connecting PV.
In the image below is series hookup. Your inverter and the SCC wires will hook up to the non jumpered terminals
Also a single 200w panel with voc of 23v will never charge a 28v systemI am getting my power from one solar panel.
Solar Panel 200W Monocrystalline PV Module Power for Battery Boat Rvs Cabin (200W)
Good catch. Might explain the latest problem now that OP is having.Also a single 200w panel with voc of 23v will never charge a 28v system
For what I was charging and powering I didn't think I needed 2 of them. Funny thing is I had bought 2 to begin with and returned it thinking that it was too much! I may also only be fine with 1 battery you think????Also a single 200w panel with voc of 23v will never charge a 28v system
Also looks like the wanderer with display is 12v only. The 24v version doesn't have a display?Good catch. Might explain the latest problem now that OP is having.
Ill go check. I'm not sure.Also looks like the wanderer with display is 12v only. The 24v version doesn't have a display?
Your inverter is 24vDC. All your components must be sized to meet this. 1 battery of 24vDC is actually better when is LiFePO4 because two 12v ones will become imbalanced with their separate BMS's.For what I was charging and powering I didn't think I needed 2 of them. Funny thing is I had bought 2 to begin with and returned it thinking that it was too much! I may also only be fine with 1 battery you think????
Ok. Well I guess I need to go battery shopping again. Thank you for the info.Your inverter is 24vDC. All your components must be sized to meet this. 1 battery of 24vDC is actually better when is LiFePO4 because two 12v ones will become imbalanced with their separate BMS's.
Your system need a redesign. Typically you start with the loads you need powered and then you work to build your supply to meet the loads (and some more for system losses).
Just checked . It does do both. Thank you. Now trying to figure out if I wired it correctly. I am baffled because of the 2 battery jumps together. I tried connecting the positive of the renogy to the non jumped terminal and its flashing with an error.Nope false alarm, should do both.
View attachment 205861
Good catch. Might explain the latest problem now that OP is having.
So even with minimal items running the battery will never charge to capacity??Also a single 200w panel with voc of 23v will never charge a 28v system
At this point you are set up for a small 12v system, just wrong inverter.Ok. Well I guess I need to go battery shopping again. Thank you for the info.