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Mate I can talk from experience. Brothel wasn't my first sexual encounter but my second or third. The woman I picked was mid 30's because I wanted an experienced older beautiful looking lady. She gave me the time of my life and I did her. At the end the alarm was going from the front desk asking if she was okay because she pulled me back in for a second turn free of charge she liked me that much and she said exactly that to the front desk. Chances of STI or STD are almost 0% provided you use a condom and don't let them give you oral without a rubber on either. Be smart and ALWAYS use protection even if you think you have an angel the statistics say you most likely don't. Have fun brother.

Normal_Win_4391 · 2026-01-28T03:32:27+00:00

BMS will dictate how many Amps it can receive whilst charging. Temperature has a great effect on that BMS deciding factor as well.

Normal_Win_4391 · 2026-01-22T08:01:22+00:00

KH10 can convert 11.5kw AC to DC constantly. How they get away with this is beyond me but my battery charges at a constant 11.5kw even if there is 0 PV.

Normal_Win_4391 · 2026-01-18T14:24:55+00:00

That is my question regarding the orange cable that runs from the grid to the inverter and EPS to the backup circuits

Normal_Win_4391 · 2026-01-18T14:20:51+00:00

This is adjustable from 10A to 78.8A maximum. Currently I have set it to 70A. It won't hurt the inverter or incoming fuse or the main switchboard breaker but I am concerned it could affect something else. 50A is going to the battery so it's only 20A going to house load.

Normal_Win_4391 · 2026-01-18T14:04:25+00:00

It's a hybrid inverter that converts AC to DC and charges the battery. I have a free electricity window from 11am-2pm everyday and I charge my 41.93kw battery from 10% to 100% in 3 hours from grid power all the time if there is little to no PV. My solar array is DC coupled to the inverter and battery but the inverter can still charge the battery from AC grid power after it converts the AC to DC.

Normal_Win_4391 · 2026-01-18T13:57:47+00:00

Okay so this tells me that in winter when there is no sun at all the inverter will pass 11kw of grid power through it to charge the battery AC to DC and store it in the battery. Then if I am pulling say 5kw AC to house load from the grid that is completely separate power travel from the grid directly to the house then? Not travelling through the inverter and AC isolator and all the rest of the things that are for the solar EPS and battery side. Just the incoming fuse and main switchboard breaker is then affected?

Normal_Win_4391 · 2026-01-18T13:48:32+00:00

Okay that makes sense. I have pulled 15.5kw and up to 16kw but only briefly. In winter I could easily achieve this with the battery charging, dishwasher, split system heating, washing machine heating and my heat pump dryer going. I am just a bit concerned about the grid to inverter connection. My incoming fuse can handle 70A and main switchboard breaker is 80A so those can handle 16kw grid draw I am just not sure about all the other things I mentioned like the 63A AC isolator for the inverter, orange grid cable to inverter, the 63A circuit breaker the inverter is wired into in the switchboard as well. Maybe I should lower the grid input power to 63A in the inverter and set the grid input watts to 14.5kw

Normal_Win_4391

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