There's an alternative approach that I would suggest. Each battery should be attached to 2 common bus bars. One bus bar for all the positives, and the other for al the negatives. The inverter will then connect to the common bus bar also. This approach would avoid the battery cables and terminals from having more current running across them than what they are rated for.
@@rimdinenergy4155 The batteries will also not charge and discharge evenly using your approach of daisy chaining. This is not the best practice approach that you are recommending in your video. Perhaps if they are only 2 batteries then that'll be ok, still not ideal but ok, but certainly not daisy chaining 4 batteries. This has been well documented in both literature and others on youtube showing video demonstrations of the difference between wiring using the best practice approach versus wiring daisy chaining.
Hello! I miss the master and slave addressing of the accumulators (Dip Switches) from the presentation video, and maybe the BMS communication as well. There are people who are installing so many batteries for the first time in their life and would benefit from a little help. ;-)
If you want detailed information or pictures, you can add us as a friend and we will answer your questions (WhatsApp: +86 136 6271 3702 and email:st.sera@rimdin.com)
The power harness we provide is more than enough for a 5KW inverter. You should choose the cable based on the power of the inverter, not the battery capacity.
There's an alternative approach that I would suggest. Each battery should be attached to 2 common bus bars. One bus bar for all the positives, and the other for al the negatives. The inverter will then connect to the common bus bar also. This approach would avoid the battery cables and terminals from having more current running across them than what they are rated for.
Conventional household energy storage current is generally up to 200A, which can meet the household power demand of 10KW.
@@rimdinenergy4155 The batteries will also not charge and discharge evenly using your approach of daisy chaining. This is not the best practice approach that you are recommending in your video. Perhaps if they are only 2 batteries then that'll be ok, still not ideal but ok, but certainly not daisy chaining 4 batteries. This has been well documented in both literature and others on youtube showing video demonstrations of the difference between wiring using the best practice approach versus wiring daisy chaining.
@@hendersonsobers396 Are the battery capacities consistent when you connect them in parallel?
Hello! I miss the master and slave addressing of the accumulators (Dip Switches) from the presentation video, and maybe the BMS communication as well. There are people who are installing so many batteries for the first time in their life and would benefit from a little help. ;-)
If you want detailed information or pictures, you can add us as a friend and we will answer your questions (WhatsApp: +86 136 6271 3702 and email:st.sera@rimdin.com)
Sieht gut aus 👍
lwrong!!! the cable (+ and -) between the inverter and the batteries is undersized for so many kwh batteries
The power harness we provide is more than enough for a 5KW inverter. You should choose the cable based on the power of the inverter, not the battery capacity.
The power harness of our battery can be used for 10KW inverter