Greece · 10 kWp reference system
Larissa solar forecast
Photo: SilentResident (compilation, sources to attribute see above; if any of the sources used in the Montage are removed from Wikimedia Commons, or better ones are found, please inform its creator so that they can update it. You can contact the creator by leaving a message here: [1] ), CC BY-SA 3.0. Cropped, resized and converted to WebP by GridPassport.
Wednesday, August 5, 2026
About 50.8 kWh tomorrow
For a standard 10 kWp south-facing system in Larissa, GridPassport estimates 50.8 kWh on Wednesday, August 5, 2026, with a likely range of 41.9-53.2 kWh. The strongest production window is expected at 12:00-16:00 local time.
Updated Aug 4, 2026, 09:53 PM GMT+3 · fresh snapshot- Likely range
- 41.9-53.2 kWh
- Strongest window
- 12:00-16:00
- Confidence
- high
Typical year
Solar production month by month in Larissa
A standard 10 kWp system produces about 14,628 kWh in a typical year at this location. Monthly averages show seasonality; they are not a forecast for a specific year.
Values are kWh per month. Source: European Commission JRC PVGIS.
What makes Larissa's solar profile different? The typical annual yield is about 1,463 kWh per installed kWp, ranking Larissa #5 of 6 modelled locations in Greece. That is 3% below the median of the 6 Greece locations in this dataset. July is typically the strongest month and December the weakest; the stronger month produces about 2.0 times as much.
See the 12-month data
Nearby solar forecasts
Compare Larissa with nearby cities
![SilentResident (compilation, sources to attribute see above; if any of the sources used in the Montage are removed from Wikimedia Commons, or better ones are found, please inform its creator so that they can update it. You can contact the creator by leaving a message here: [1] )](https://commons.wikimedia.org/wiki/File:Larissa_Montage_L.png){kind=link}
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Method and data
Every city uses a 10 kWp system facing south at 35 degrees with 14% system losses. Tomorrow's figure combines hourly weather with GridPassport's PV production and uncertainty model. The monthly profile uses the European Commission JRC PVGIS multi-year climate series. Roof direction, shade, snow, dirt, inverter clipping and local weather can change real output.