A EDU licence for universities and high schools provides access to one full version of the Meteonorm software and 10 tutorial licences which are valid for one year.
Global coverage | Data from more than 8 000 weather stations worldwide and five geostationary satellites. |
Data period | The standard periods are 1996–2015 for irradiation data and 2000–2019 for other parameters. |
Time intervals | Meteonorm generates monthly, daily, hourly and minute values. |
Historical time series | Historical hourly values of irradiation and temperature from 2010 to present, constantly updated. |
Data formats | 36 output formats: CSV, TMY2, TMY3, EPW, PVSol, PVSyst, Polysun, SAM and many more. |
Interpolation | Interpolation models calculate typical years for any location worldwide. |
Aerosol climatology | Globally calibrated gridded dataset by Chris Gueymard. Time period 2000-2015, spatial resolution 0.5°. |
API and DLL | The Meteonorm core is also available as Dynamic Link Library or Web Service for digital applications. |
Current monthly values | Current monthly values can be accessed online directly from the software. |
Uncertainty | Transparent information on data sources and uncertainty provided for each data set. Validation papers available on the website. |
Urban Climate | Urban heat islands can be simulated. Specific urban climatologies for Bern and Vienna. |
Parameters | Metenorm contains more than 30 different meteorological parameters |
Climate change | Meteonorm includes three IPCC scenarios and allows projections to the year 2100. |
Topography | Global 90x90m terrain model. Digitising tool for user-defined horizon lines. |
Extreme years | P10 and P90 values available for simulating extreme years. |
Data import | Third party data can be imported. |