Confirmed wiring: PV2 carries all N-facing panels — 5 × 610 W tilted at 30° and 5 × 590 W mounted flat, wired in parallel on the same MPPT. The 12 E+W panels share PV1, wired parallel (E ∥ W) — each sub-array contributes its own current at the MPPT's chosen voltage, so they're effectively independent. Confirmed by 30-day, 12-month, and since-install hourly profile analyses (best-fit score 1.19); PV1 shows the double-hump E+W signature with a midday dip and PV2 shows the broad midday plateau characteristic of a north-facing string. The expected-generation chart sums each orientation independently, matching this parallel topology.
Learned from the last 30 days of (POA-modelled kWh) ÷ (actual DC kWh), bucketed by cloud-cover %. Likely shedding hours (SOC≥99% & no export) are excluded so the curve reflects what the panels could deliver, not what the inverter chose to absorb. Last run 15 Sep 20:33.
Solid amber = expected solar irradiance (W/m²) at the panel orientation; violet = ambient temperature (°C). Cloudy hours visibly knock down the irradiance.
Hourly kW after Hay-Davies POA, site cloud calibration, NOCT cell-temp derating, and your SystemEfficiency × kWp.
Today is excluded. Walking back from yesterday, the page picks the most recent 7 days where
the inverter was online for at least 22 of 24 hours (frames present for
TotalDCInputPower); incomplete days (storm outages etc.) are skipped and the next earlier day
is fetched instead. For each picked day, Open-Meteo's archive supplies observed irradiance, the same kWh
model is applied (MJ/m² × 0.278 × 13.32 kWp × 0.72),
and compared to daily_summary.production_kwh.