Project New Oasis

Visual data is invaluable for analytics and solar design improvements. This blog will track the type of day and what kind of production it produces for the next seven days. Results will be posted daily and at the end will be used to improve the system. So what's the conclusion? I need to put out more solar panels and add more batteries.   Day 1: May 16, 2023: Overcast / 78F / Cell 6am/6pm: 3.5v / 3.88v / End 74.5% charged   Day 2: May 17, 2023: Sunny / 65F / Cell 6am/6pm: 3.5v / 3.888v / End 94% charged Day 3: May 18, 2023: Sunny / 49F / Cell 6am/6pm: 3.5v / 3.99v / End 100% charged   Day 4: May 19, 2023: Sunny / 63F / Cell 6am/6pm: 3.5v / 4.094v / End 100% charged     Day 5: May 20, 2023: Sunny / 54F / Cell 6am/6pm: 3.77v / 3.61v / End 0% charged     Day 6: May 21, 2023: Sunny / 59F / Cell 6am/6pm: 3.488v / 3.605v / End 0% charged     Day 7: May 22, 2023: Mostly Sunny / 59F / Cell 6am/6pm: 3.488v / 3.738v / End 0% charged    

Got an early start before sun rise. The solar array's micro inverters communication not reporting issues are finally resolved. Given that the communication is done over the power line, the signal degrades over a distance. The solution is to split the arrays half and center feeding the AC trunk and communications hub in the middle of it so it's closer to the source.   The downside  is I have put the communication hub in the back yard in the metal cabinet. The problem is anything with an RF signal can't send or receive signal outside of the cabinet  since the metal box acts as a Faraday cage.  Currently, the communications hub is hanging outside of the cabinet until I can retrofit an antenna for it.