Enter an address. We'll pull the real solar resource for that exact spot, check whether plug-in solar is legal there, and recommend a kit. See the notes at the bottom for exactly what's live data vs. still estimated.
1. Enter an address
Geocoded live via OpenStreetMap Nominatim.
2. Your property, from above
Live aerial imagery via Esri World Imagery (Esri, Maxar, Earthstar Geographics, and the GIS community), pinned to the exact geocoded point.
3. A couple details about the space
Not necessarily the floor you live on — this is where the panel itself will sit (e.g. a shared ground-floor yard, even if your unit is upstairs).
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Not sure? Stand where the panel would go, look straight out from the building, and check that direction with your phone's compass app.
What's real here:
• Address geocoding (OpenStreetMap Nominatim, live) and the aerial snapshot (Esri World Imagery, live, pinned to the exact geocoded point).
• The sun-hours and production estimate now pulls real historical solar-resource data for your exact coordinates from NREL's PVWatts model — the same tool solar installers and the U.S. Department of Energy use — instead of a state-level average.
• The state legality dataset (hand-researched from public reporting) and the kit catalog (real products, prices, and links, matched to Solarly's recommended kits). Still estimated: the floor-height adjustment is a general rule of thumb (this doesn't read shading from your building's specific neighbors or roofline), and electricity rates use a periodically-updated table rather than a live per-utility rate. Needs a compliance pass: a few state wattage caps (flagged inline below) came from secondary reporting that wasn't fully consistent across sources — treat exact numbers as "best current understanding," not verified legal fact, until checked against bill text.