Lorchhausen Sunshine Hours by Month
The amount of sunshine is fundamental to comprehending a place's climate. This page shows the total number of hours of direct sunlight per month and the average hours per day in Lorchhausen, Hessen, Germany. The figures are based on a 30-year period (1990–2020) to provide a reliable average.
Monthly hours of sunshine
Those who love seasonal contrasts will appreciate Lorchhausen. Expect long, bright days with 235 hours in July and darker periods with just 44 hours in December. The total annual amount of sun is 1670 hours.
Daily hours of sunshine
This means the city can be enjoyed more throughout the sunniest month of July under a blue sky, with approximately 7.8 hours of sunshine daily. In contrast, the city experiences much darker days in December, with only 1.5 hours of sunlight per day.
Average percent of sunshine
On average the sun shines 51% of the time during the day in August, the highest percentage of any month. December has the lowest percentage at 17%.
Lorchhausen vs Major Cities: Sunshine Compared
Lorchhausen enjoys an average of 1670 hours of sunshine annually. Let’s compare this with some popular tourist destinations:
Seville, Spain, enjoys an impressive 2920 hours of sunshine per year, making it an ideal destination even in winter.
In contrast, Juneau, Alaska, receives only about 1523 hours of sunshine per year and is known for its very short days in winter and frequently overcast conditions.
The climate in San Francisco, USA, includes 3072 hours of sunshine annually, thanks to its mild coastal weather.
In Brisbane, Australia, the annual sunshine averages 2999 hours, making it one of Australia’s sunniest cities.
Related Climate Data for Lorchhausen
December, Lorchhausen’s wettest month, receives 65 mm (2.6 in) of rainfall and has a maximum daytime temperature of 6°C (43°F). During the driest month April you can expect a temperature of 15°C (59°F).
For more detailed insights into the city’s temperatures, check out our Temperature page. To explore more about precipitation patterns, visit our Lorchhausen Precipitation page.
