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    Drop a pin anywhere on Earth. Lay a solar array on the real map and watch its yield respond to tilt, azimuth and shading — then flip to the terrain engine and trace every litre of runoff your land can catch. Every watt. Every litre. Everywhere.

    3

    pro analysis tools

    225

    elevation samples per grid

    8,760

    sun-hours modelled / yr

    14

    climate profiles in DB

    Search a place

    Melbourne, Victoria, Australia · approximate from your IP — search or click the map to refine· -37.81400, 144.96332

    Property boundary: parcel (VIC)

    Array layout

    Mount type

    Free tilt & azimuth; easiest to orient optimally.

    Tilt · 25°
    NSEW
    Azimuth · 0° N

    Bifacial panels

    +7% rear-side gain

    Shading derate · 10%

    Trees, chimneys, ridge lines — walk the site at winter 9am / 3pm sun.

    Leaflet Tiles © Esri — Source: Esri, Maxar, Earthstar Geographics
    Click map or drag pin · drag amber corners to resize array
    PSH: measured monthly — Melbourne, Australia (1 km away)kWh_m = kWp × PSH_m × R_poa × η_sys × days_mR_poa = H_b·R_b + H_d·(1+cosβ)/2 + H·ρ·(1−cosβ)/2

    Array kWp

    5.40kWp

    Footprint

    31.5m²

    Panels

    12

    Annual yield

    7,598kWh

    Worst month

    427kWh

    vs optimal fixed

    99.6%

    Sun path · solstices & equinox

    mean solar time
    15°30°45°60°75°N45°E135°S225°W315°N

    Mar 20 · Equinox

    06:0318:1312.2h

    Jun 21 · Solstice

    07:1616:499.5h

    Dec 21 · Solstice

    04:3519:2214.8h

    Estimated monthly production

    worst Jun · best Jan

    Jan: 823 kWh / month823JanFeb: 745 kWh / monthFebMar: 715 kWh / monthMarApr: 581 kWh / monthAprMay: 491 kWh / monthMayJun: 427 kWh / month427JunJul: 464 kWh / monthJulAug: 534 kWh / monthAugSep: 592 kWh / monthSepOct: 704 kWh / monthOctNov: 730 kWh / monthNovDec: 792 kWh / monthDec

    kWh / month

    DATA · Map tiles © OpenStreetMap contributors & Esri World Imagery · Geocoding: Nominatim · Elevation: Open-Meteo · Solar geometry: SunCalc + Duffie & Beckman POA transposition (Erbs diffuse split) · Runoff: D8 flow direction + rational-method coefficients. Formulas shown. Standards cited.