Morning everyone. Ive searched for an answer on this for a couple of days but not been able to find anything. Please can anyone tell me what kind of continuous KW discharge rate I can expect using a MultiPlus 2 48/5000/70-50, with my 7.6kw array, and with a 7kw PV inverter ( to handle my 2 strings) and the 5kva MultiPlus2 48/5000/70-50, along with two Pylontech-US5000 batteries (~9kwh), in a "grid parallel" setup, both when the grid is up and also what the continuous discharge rate is when theres a powercut?
During normal operation, when the loads are big and exceed the Multiplus2 capacity then I'm hoping in a grid parallel setup the mains grid will takeover to meet our surplus demand? Our peak loads in our house can reach 5 to 6kw in our house with 11kw max being reached when I did a test with all ovens, heat pump and appliances etc are going at same time, but generally 6kw would be our average peak loads for half an hour or so in evenings. My question is, when the grid is up and running, how much grid power will I be importing with our loads potentially reaching 6kw and what about our absolute max of 11kw or will my proposed solution meet most of those loads (assuming I have plenty of charge in my two batteries)? And the same question when there is a powercut?
What is the actual continuous kW discharge rate I can expect from my solution? And will I have a "power assist" ability where short peak load demands can be met and if so how much kW and for approximately how long, before the grid takes over?
Thank you for any help and info. I really appreciate it.
Matt
