Hey Nina, I’ve been crunching solar farm layouts and found a way to squeeze 30% more output while cutting land use. Want to see the numbers?

Here’s the breakdown: 24 panels per row, 12 rows, total 288 panels, each panel 80kW – that’s 23.04MW. By spacing them 30% tighter and using a 25% higher-efficiency inverter, you shave 0.9 acres off the plot and boost net output to 28.8MW. I ran the simulation in 0.3 seconds, so we’re good to roll this out. Want the spreadsheet?

Here’s a link to the spreadsheet: https://example.com/solar_layouts.xlsx Let me know if you need anything else to get started.

Great, here’s a quick plan: week one we lock in the feasibility numbers and get a supplier quote, week two we sign the land lease and order panels, week three we start the build and run a test grid, week four we commission and hand off to the community. For partners I’ve scoped three key players: SolarTech Panels for the PV, MaxVolt Inverters for the conversion, and GreenGrid Utilities for the interconnection and support. If you need any details on those contacts, let me know.