Solar Junky wrote: with that voltage Looks like maybe 15s lifepo4
I'd say more likely 14S of 3.7 V nominal cells; 3.7 x 14 = 51.8 V.
Edit: So that would be non-LiFePO₄ lithium ion chemistry.
Solar Junky wrote: with that voltage Looks like maybe 15s lifepo4
coulomb wrote: I'd say more likely 14S of 3.7 V nominal cells; 3.7 x 14 = 51.8 V.
andys wrote: I'm following with the interest the upcoming LG Chem 9.8kWh 48V pack which should have a wholesale ex-GST price of around $6k.
Thanks for the kind words, Paul and others.paulvk wrote: I am like many grateful for all the work you both are doing
An earlier reading of the firmware suggested that the SCI task sent all EEPROM settings (two sets*, in fact) every 100 ticks (2 seconds). But further reading reveals this not to be the case.It would be good if the inverters could be instructed to go to grid and charge the battery then be told to go back to normal settings but not store the setting in eeprom.
The reason for this is for off peak based on time of day (smart meters) an external micro could then tell them to use the grid but not wear the eeprom.
offgridQLD wrote:So first question. (and I will test myself when I have access to my PIP) That rocker switch at the bottom of the PIP what voltage is it switching?
Andreixda wrote: Hi,
I tested your software and look and works great for parallel inverters.
I have a three phase system made by 3 inverters and i can read only the first one. Could you be so kid to help me with a modificated software solution to monitor all three ?