Henriksvej 7

2400 København NV

The Listing Edge · Henriksvej 7

Annual Sunlight

Year-round light

How the sun finds this plot — and where the trees take it.

82% of available sun reaches the plot. The ground heatmap is a year-round model of sun-hours per 10 m cell; the photoreal scan below carries the real summer-solstice sun and the shade the 17 nearby trees actually cast. Modelled, not measured — a study to confirm on site, not a guarantee.

124 modelled sun-hours across 12 sampled days (1/month · 60-min steps).

Aerial · sun study

The solstice sun over Henriksvej 7

Scrub the day: the sun follows its real solstice arc while the modelled shadows of the house and trees sweep the garden.

Gaussians
123.023
Payload
4.1 MB
The solstice sun over Henriksvej 7 — exterior still

Aerial Gaussian splat + DHM surface shadow

Watch the sun cross the plot

A 4.1 MB Gaussian-splat capture with seasonal sun paths and the shadow the house and trees cast from the DHM surface model. Drag to orbit, scroll to zoom.

Scan + sun source

2
  • Sun + shadow analysis (Sunshadow)
  • Aerial Gaussian-splat capture

Daylight vs direct sun

The year in light

Tall bar = hours of daylight that day; green = modelled hours of direct sun on the plot. The gap is daylight the site never converts — low winter sun, behind the houses and trees.

Jan

Feb

Mar

Apr

May

Jun

Jul

Aug

Sep

Oct

Nov

Dec

6,7–17,3 h daylight 14 h midsummer · 7 h midwinter

Sun source

1
  • Sun + shadow analysis (Sunshadow)

Georeferenced · north up

Where the sun lands on the plot

100 × 100 m · 10 m cells

Annual sun-hours per cell
128 sun-hours/yr 139 sun-hours/yr 96 sun-hours/yr 99 sun-hours/yr 103 sun-hours/yr 104 sun-hours/yr 133 sun-hours/yr 98 sun-hours/yr 111 sun-hours/yr 128 sun-hours/yr 123 sun-hours/yr 123 sun-hours/yr 120 sun-hours/yr 113 sun-hours/yr 112 sun-hours/yr 139 sun-hours/yr 84 sun-hours/yr 139 sun-hours/yr 93 sun-hours/yr 135 sun-hours/yr 116 sun-hours/yr 113 sun-hours/yr 105 sun-hours/yr 107 sun-hours/yr 94 sun-hours/yr 103 sun-hours/yr 94 sun-hours/yr 139 sun-hours/yr 92 sun-hours/yr 136 sun-hours/yr 92 sun-hours/yr 92 sun-hours/yr 110 sun-hours/yr 88 sun-hours/yr 139 sun-hours/yr 86 sun-hours/yr 97 sun-hours/yr 135 sun-hours/yr 111 sun-hours/yr 139 sun-hours/yr 139 sun-hours/yr 72 sun-hours/yr 109 sun-hours/yr 101 sun-hours/yr 85 sun-hours/yr 131 sun-hours/yr 95 sun-hours/yr 139 sun-hours/yr 119 sun-hours/yr 133 sun-hours/yr 139 sun-hours/yr 76 sun-hours/yr 85 sun-hours/yr 81 sun-hours/yr 138 sun-hours/yr 124 sun-hours/yr 111 sun-hours/yr 128 sun-hours/yr 132 sun-hours/yr 139 sun-hours/yr 139 sun-hours/yr 77 sun-hours/yr 86 sun-hours/yr 83 sun-hours/yr 106 sun-hours/yr 111 sun-hours/yr 110 sun-hours/yr 117 sun-hours/yr 139 sun-hours/yr 108 sun-hours/yr 139 sun-hours/yr 73 sun-hours/yr 84 sun-hours/yr 119 sun-hours/yr 137 sun-hours/yr 87 sun-hours/yr 108 sun-hours/yr 118 sun-hours/yr 114 sun-hours/yr 132 sun-hours/yr 139 sun-hours/yr 72 sun-hours/yr 76 sun-hours/yr 91 sun-hours/yr 119 sun-hours/yr 137 sun-hours/yr 106 sun-hours/yr 99 sun-hours/yr 139 sun-hours/yr 126 sun-hours/yr 139 sun-hours/yr 91 sun-hours/yr 122 sun-hours/yr 117 sun-hours/yr 120 sun-hours/yr 123 sun-hours/yr 123 sun-hours/yr 121 sun-hours/yr 134 sun-hours/yr 138 sun-hours/yr
72 139 h
Share of the year in shadow
7% of the year shaded 0% of the year shaded 28% of the year shaded 26% of the year shaded 24% of the year shaded 23% of the year shaded 4% of the year shaded 27% of the year shaded 19% of the year shaded 7% of the year shaded 11% of the year shaded 11% of the year shaded 13% of the year shaded 17% of the year shaded 18% of the year shaded 0% of the year shaded 36% of the year shaded 0% of the year shaded 30% of the year shaded 3% of the year shaded 15% of the year shaded 17% of the year shaded 23% of the year shaded 21% of the year shaded 30% of the year shaded 24% of the year shaded 30% of the year shaded 0% of the year shaded 31% of the year shaded 2% of the year shaded 31% of the year shaded 31% of the year shaded 19% of the year shaded 34% of the year shaded 0% of the year shaded 35% of the year shaded 28% of the year shaded 3% of the year shaded 19% of the year shaded 0% of the year shaded 0% of the year shaded 44% of the year shaded 20% of the year shaded 25% of the year shaded 36% of the year shaded 5% of the year shaded 29% of the year shaded 0% of the year shaded 13% of the year shaded 4% of the year shaded 0% of the year shaded 42% of the year shaded 36% of the year shaded 38% of the year shaded 1% of the year shaded 10% of the year shaded 19% of the year shaded 7% of the year shaded 5% of the year shaded 0% of the year shaded 0% of the year shaded 41% of the year shaded 35% of the year shaded 37% of the year shaded 22% of the year shaded 19% of the year shaded 19% of the year shaded 15% of the year shaded 0% of the year shaded 21% of the year shaded 0% of the year shaded 44% of the year shaded 36% of the year shaded 13% of the year shaded 1% of the year shaded 34% of the year shaded 21% of the year shaded 14% of the year shaded 17% of the year shaded 5% of the year shaded 0% of the year shaded 44% of the year shaded 42% of the year shaded 32% of the year shaded 13% of the year shaded 1% of the year shaded 22% of the year shaded 26% of the year shaded 0% of the year shaded 9% of the year shaded 0% of the year shaded 32% of the year shaded 11% of the year shaded 15% of the year shaded 13% of the year shaded 11% of the year shaded 11% of the year shaded 12% of the year shaded 3% of the year shaded 1% of the year shaded
0% 44%
The photo scan covers only the central ~36 m of this 100 m grid. 55,7, 12,5 → 55,7, 12,5

Grid source

2
  • Sun + shadow analysis (Sunshadow)
  • Aerial Gaussian-splat capture

Summer solstice · 21 Jun 2.026

The sun's path on the longest day

Sun height (vertical) against compass bearing (horizontal), 05:33 → 21:33. It crests at 57,5° due south. This is the same motion the 3D scan animates — and the reduced-motion fallback for it.

05:33 57,5° 21:33

Sun-path source

2
  • Sun + shadow analysis (Sunshadow)
  • Aerial Gaussian-splat capture

What this is — and isn't

  • Modelled from terrain, building and tree geometry — not on-site light measurements. Treat it as a study to confirm, not a guarantee.
  • The ground heatmap is the year-round model. The animated sun is a single day — the summer solstice — sampled each hour.
  • 17 trees within 50 m (tallest 9,5 m) are folded into the shadows; drought risk from vegetation is high.