Location
| Latitude: |
55° 47.14' N |
| Longitude: |
012° 23.16' E |
| Altitude: |
55 meters |
This station uses a Ostergaard hardware, a customized, Raspberry Pi 2 based hardware,
based on the mechanics of an old
Ventus W266. The software is made in Python, and the data is ultimately send to a server controlled by
'weewx', an experimental
weather software system written in Python. Further more, a number of temperatur/humidity measuring
ESP8266-base arduino-like WiFi enabled nodes reports local data to the system.
Weewx uptime: 29 days, 5 hours, 59 minutes
Server uptime: 29 days, 6 hours, 1 minute
weewx v5.0.0
Sun
| Start civil twilight: |
05:56:00 |
| Sunrise: |
06:33:16 |
| Transit: |
12:20:09 |
| Sunset: |
18:08:10 |
| End civil twilight: |
18:45:32 |
| Azimuth: |
48.2° |
| Altitude: |
-28.1° |
| Right ascension: |
352.2° |
| Declination: |
-3.4° |
| Equinox: |
20-03-2026 15:45:53 |
| Solstice: |
21-06-2026 10:24:31 |
Moon
| Rise: |
04:20:06 |
| Transit: |
06:54:54 |
| Set: |
09:31:05 |
| Azimuth: |
133.2° |
| Altitude: |
-7.3° |
| Right ascension: |
269.3° |
| Declination: |
-29.2° |
| New moon: |
19-03-2026 02:23:24 |
| Full moon: |
02-04-2026 04:11:54 |
| Phase: |
Last quarter (44% full) |
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