Gingerlaw

apologies for the omission, the batteries are configured to 48v

Hello Everybody I am in need of a bit of guidance in respect of a solar system I have just had installed. I essentially want to reduce my utility bill as much as possible while still ensuring the best life for my batteries. I am fairly clueless when it comes to all this as it is all new to it so am trying to learn, hoping you can help in this regard. I basically need to know what would be the best settings to have the inverter set to to achieve my goal. My average daily usage is minimal in my opinion but any saving is good saving. I average 18 - 22 kw/h per day and would like to see this drop. My system is as follows: Axpert 5kva inverter 8 x 350w Panels 4 x NXT 200a/h AGM type batteries The current settings are: 1 - Sol 2 - 60A 3 - Apl 4 - Sds 5 - Agn 9 - 50hz 11 - 30A 12 - 46v 13 - 54v 16 - Cso 23 - Bye 26 - 56.4v 27 - 54v 28 - PAL - I don't know what this even is as this program number doesn't appear in the manual 29 - 42v 30 - One - I don't know what this is either but it can change between one or all 31 - Sbd 32 - Aut Any assistance and advise would be greatly appreciated Thanks

Hi All Looking for a bit of advice on the system I have had installed. Am looking to save the most money on my utility bill but still preserve the batteries lives for as many years as possible. My average daily power usage is 18-20 kw/h so nothing too intense. The system I have had installed is: 1 × Axpert 5kva Inverter 4 × NXT 200a/h deep cycle batteries wired to 48v configuration 8 × 350w multicrystalline panels the settings are currently: 1 - Sol 2 - 60A 3 - apl 4 - sds 5 - agn 9 - 50hz 11 - 30a 12 - 46v 13 - 54v 16 - cso Any advise on the optimal settings would be great