Stationsweb help

This plot shows the average temperature and rain sum over all sent months. Humid and arid periods are shaded. The data is refreshed every 24 hours.

Required data: At least one year with each month having at least 80% uptime.

This plot shows the average temperature and rain sum over all sent months. For comparison the data for the current year is also shown. The value table shows the absolute and relative differences from the average to the current year. The data is refreshed every 24 hours.

Required data: At least one year with each month having at least 80% uptime. For the values of the current year months with at least 50% uptime are required.

This plot shows the yearly average temperature and rain sum. The values of the ongoing year are also shown. In the value table overall averages for temperature and rain are shown, as well as the differences from the overall averages to the curently hovered year. The data is refreshed every 24 hours.

Required data: At least two past years with more than 80% uptime each.

This plot shows the solar energy per year or the average solar energy per month. Additionally, values of the current year are shown for comparison. The input field can be used to scale the values to a arbitrary area. Please note that this plot uses the data delivered by the solar sensor and real world yield from a solar power system may differ. The data is refreshed every 24 hours.

Required data: At least one year with each month having at least 80% uptime.

This plot shows the climatological days as used by the German meteorological service (Deutscher Wetterdienst) or the Austrian meteorological service (Central Institution for Meteorology and Geodynamics). The available climatological days are: frost days (min. temp. < 0°C), tropical nights (nightly. min. temp. ≥ 20°C), heat days (max. temp. ≥ 30°C), summer days (max. temp. ≥ 25 °C), rainy days (precipitation ≥ 0.2mm), storm days (max. gust ≥ 70 km/h), sunshine hours (avg solar radiation ≥ 120 W/m²). The data is refreshed every 24 hours.

Required data: At least 48 hours per year.

This plot shows boxplots for selected sensors: temperature, humidity, air pressure, wind, gust, all additional temperature sensors, all additional humidity sensors, particular matter). The grouping is either years or months. For the 0th and 4th quartile the Tukey's method is used. Meaning these quartiles are not necessarily the minima or maxima but instead at most the 1.5x interquartile distance. For the calculation of the quartiles all observerd values for one period are used. The data is refreshed every 72 hours.

Required data: Months: at least one month with 80% uptime, years: at least one year with 80% uptime.

This plot shows the absolute values or deviation from the monthly average for all months and years for temperature, percipitation and solar power. The value table shows the monthly average, the value for the currently hovered month/year as well as the difference between the two. The data is refreshed every 24 hours.

Required data: At least one full year with each month having at least 80% uptime.