Amhara · Ethiopia · 10.35° N · 39.94° E
Solar position in Āt’aye
Sun position, daylight and the best solar panel angle for Āt’aye — computed for 10.35° N, 39.94° E, 1526 m above sea level.
The sun right now
Sun in Āt’aye today
Saturday, 24 October 2026 · local time UTC+3
| Event | Time | Direction / height |
|---|---|---|
| Astronomical dawn | 04:58 | sun 18° below horizon |
| Nautical dawn | 05:23 | 12° below |
| Civil dawn | 05:48 | 6° below |
| Sunrise | 06:09 | 102° ESE |
| Golden hour ends | 06:38 | sun 6° up |
| Solar noon | 12:04 | 67.8° high |
| Golden hour starts | 17:30 | sun 6° up |
| Sunset | 17:59 | 258° WSW |
| Civil dusk | 18:20 | 6° below |
| Nautical dusk | 18:45 | 12° below |
| Astronomical dusk | 19:10 | 18° below |
| Day length | 11 h 49 min | |
Sun path diagram for Āt’aye
Where the sun stands in the sky: the centre is straight overhead, the outer ring is the horizon. Numbers mark local clock hours.
- June solstice
- Equinox
- December solstice
- Today
On the June solstice the sun reaches 76.9° at solar noon in Āt’aye; on the December solstice only 56.2°. Sunrise swings from 66° ENE in June to 114° ESE in December — a 48° arc along the horizon.
Sunrise, sunset and sun height by month
Values for the 21st of each month, local clock time including daylight saving time.
| Month | Sunrise | Solar noon | Sunset | Day length | Noon elevation |
|---|---|---|---|---|---|
| January | 06:43 | 12:31 | 18:20 | 11 h 37 min | 59.8° |
| February | 06:38 | 12:33 | 18:29 | 11 h 51 min | 69.2° |
| March | 06:23 | 12:27 | 18:31 | 12 h 07 min | 80.0° |
| April | 06:06 | 12:18 | 18:31 | 12 h 24 min | 88.4° |
| May | 05:57 | 12:16 | 18:35 | 12 h 38 min | 80.1° |
| June | 06:00 | 12:22 | 18:43 | 12 h 44 min | 76.9° |
| July | 06:07 | 12:26 | 18:45 | 12 h 38 min | 79.9° |
| August | 06:11 | 12:23 | 18:35 | 12 h 25 min | 88.3° |
| September | 06:09 | 12:13 | 18:17 | 12 h 07 min | 80.3° |
| October | 06:09 | 12:04 | 18:00 | 11 h 51 min | 68.9° |
| November | 06:17 | 12:06 | 17:54 | 11 h 37 min | 59.7° |
| December | 06:32 | 12:18 | 18:03 | 11 h 31 min | 56.2° |
A year of daylight in Āt’aye
Each column is one day of 2026. Bright: sun above the horizon; soft: civil twilight; line: solar noon. Steps are daylight saving time changes.
Best solar panel angle in Āt’aye
Fixed array facing south (azimuth 180°). Energy per kWp from NASA POWER monthly climate, including clouds, temperature and snow reflection.
13°collects the most energy over a year: 1855 kWh per kWp.
0°gives the most in the darkest month — the one an off-grid system is sized for.
- Yearly energy
- Worst-month energy
| Tilt | kWh/kWp per year | Share of best year | July kWh/kWp/day | Best ÷ worst month |
|---|---|---|---|---|
| 0° off-grid best | 1815 | 98% | 4.44 | 1.2× |
| 10° = latitude | 1853 | 100% | 4.23 | 1.3× |
| 13° year-round best | 1855 | 100% | 4.15 | 1.4× |
| 15° | 1854 | 100% | 4.09 | 1.4× |
| 30° | 1786 | 96% | 3.52 | 1.7× |
| 45° | 1616 | 87% | 2.79 | 2.2× |
| 60° | 1360 | 73% | 1.97 | 3.0× |
| 70° | 1156 | 62% | 1.46 | 3.9× |
| 90° | 781 | 42% | 1.17 | 4.0× |
A fixed array in Āt’aye produces the most over a year at 13°. The design month for an off-grid system is July: at 0° it makes 4.44 kWh per kWp a day, 7% more than at 13°, and costs 2% of the yearly total. Why steep panels win winter.
Off-grid solar in Āt’aye at 70°
Daily energy of 1 kWp by month. Bars: panels at 70°. Line: panels at 13° (year-round best).
| Month | Sun hours, flat | Sun hours at 70° | kWh/kWp/day at 70° | at 13° | Mean temp. |
|---|---|---|---|---|---|
| January | 5.79 | 5.94 | 5.02 | 5.36 | 17.4 °C |
| February | 6.38 | 5.26 | 4.43 | 5.62 | 18.8 °C |
| March | 6.57 | 3.98 | 3.32 | 5.48 | 19.9 °C |
| April | 6.57 | 2.64 | 2.17 | 5.19 | 20.3 °C |
| May | 6.57 | 1.87 | 1.51 | 4.97 | 21.5 °C |
| June | 6.14 | 1.72 | 1.38 | 4.57 | 22.2 °C |
| July | 5.47 | 1.80 | 1.46 | 4.15 | 20.4 °C |
| August | 5.50 | 2.19 | 1.79 | 4.31 | 19.6 °C |
| September | 5.95 | 3.20 | 2.66 | 4.85 | 19.5 °C |
| October | 6.34 | 4.66 | 3.93 | 5.49 | 18.1 °C |
| November | 6.07 | 5.87 | 4.97 | 5.56 | 17.1 °C |
| December | 5.81 | 6.38 | 5.42 | 5.48 | 16.5 °C |
| Year | 6.10 avg | 3.78 avg | 1156 kWh | 1855 kWh |
Sizing example. To run a 1 kWh-per-day load through June on LiFePO4 batteries (charge controller, battery and inverter losses included) you need about 860 Wp of panels at 70°, versus 280 Wp at 13°. Here the lower tilt is the better winter choice — the sun stays high enough. Size your own system.
Row spacing in Āt’aye
Distance between rows of 2 m long panels (slope length) so that no row shades the next between 10:00 and 14:00 solar time on the winter solstice.
2.1 mrow pitch at 70°
2.3 mrow pitch at 13°
How Āt’aye compares in Ethiopia
Against the other 232 places in Ethiopia with climate data, for a fixed array at its best angle.
59thof 233 places in Ethiopia for sunshine, shared: 6.10 peak sun hours a day on flat ground.
+3%solar energy a year compared with the average place in Ethiopia: 1,855 against 1,799 kWh per kWp.
+5 mindaylight on the longest day, compared with Addis Ababa: 12 h 44 min against 12 h 39 min.
13°best year-round tilt here; across Ethiopia it runs from 7° in Kahandhale to 17° in Inda Silasē.
Of the 233 places in Ethiopia, Hartīshēk gets the most sun (6.56 peak sun hours a day) and Tēpī the least (5.08); Āt’aye ranks joint 59th. In its darkest month, June, 1 kWp of off-grid panels at 70° makes 1.38 kWh a day here, against 1.32 kWh on average in Ethiopia. The shortest day lasts 11 h 31 min, −5 min compared with Addis Ababa.
Solar forecast for Āt’aye, next 48 hours
Expected output of 1 kWp at 70°, computed from the ICON-EU weather model of the Deutscher Wetterdienst (DWD), Europe.
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Places near Āt’aye
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A free, live card for Āt’aye: where the sun is right now on today's path, a countdown to sunset or sunrise, the daylight change, the moon phase at night and the best panel angle.
Sun positions: NREL Solar Position Algorithm. Climate: NASA POWER monthly climatology (NASA Langley Research Center). Forecast: Deutscher Wetterdienst, ICON-EU (CC BY 4.0), processed. Places: GeoNames (CC BY 4.0). Time zones: IANA. Sources and licences.