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    Item type:Research Data, Access status: with files ,
    DWD weather model data for energy system simulation: 2007
    (2020)
    Erichsen, Gerrit
    These are data from Deutschen Wetterdienst and their COSMO-DE model. We've got data of the assimilation analysis run. The assimilation analysis is a re-run of the COSMO-xx model with measuremtns of DWD weather stations as a boundary condition. It is as close as possible to the actually then prevelant weather. All wind and temperature data are directly taken from DWD and from the COSMO-DE model. Creator of the data is the DWD. This is simply a prepared, gathered and cut of the DWD data to have a handy and easily accessible data set for energy system simulation. File format: hdf5 - Version 1 (created with Matlab) Every file has the following values: Latitudes in °, /latitude, 2D-grid, single-precision (4-Byte floating point), (X Y) Longitudes in °, /longitude, 2D-grid, single-precision (4-Byte floating point), (X Y) The recorded value (see below), /<shorthand>, 3D-grid, single-precision (4-Byte floating point), (X Y time) Every file has the following attributes: /creation_date /author /datasource /datatype /datatype_description /unit /timeframe /steptime /license /comment Wind data files have this additional attribute /level Dataset includes: Temperature at 2m elevation (shorthand TMP) in °C zonal wind speed (shorthand WZU) in m/s at levels 44-50 meridional wind speed (shorthand WMV) in m/s at levels 44-50 Descritpion COSMO-DE model (german): https://www.dwd.de/SharedDocs/downloads/DE/modelldokumentationen/nwv/cosmo_de/cosmo_de_dbbeschr_version_2_3_201406.pdf?__blob=publicationFile%26v=5 DWD-Pamore-Program (german): https://www.dwd.de/DE/leistungen/pamore/pamore.html Description of the assimilation analysis (german): https://www.dwd.de/DE/forschung/wettervorhersage/num_modellierung/01_num_vorhersagemodelle/regionalmodell_cosmo_de.html?nn=512942 Documentation of the data set: Scritps for using this data set: https://collaborating.tuhh.de/ietge/dataevaluationdwd License: GeoNutzV
    Data Type: Simulation Data
      255  848
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    Item type:Research Data, Access status: with files ,
    DWD weather model data for energy system simulation: 2009
    (2020)
    Erichsen, Gerrit
    These are data from Deutschen Wetterdienst and their COSMO-DE model. We've got data of the assimilation analysis run. The assimilation analysis is a re-run of the COSMO-xx model with measuremtns of DWD weather stations as a boundary condition. It is as close as possible to the actually then prevelant weather. All wind and temperature data are directly taken from DWD and from the COSMO-DE model. Creator of the data is the DWD. This is simply a prepared, gathered and cut of the DWD data to have a handy and easily accessible data set for energy system simulation. Missing data: 06. January 6 am und 08. December 6 am(UTC). Replaced by values from one step before. File format: hdf5 - Version 1 (created with Matlab) Every file has the following values: Latitudes in °, /latitude, 2D-grid, single-precision (4-Byte floating point), (X Y) Longitudes in °, /longitude, 2D-grid, single-precision (4-Byte floating point), (X Y) The recorded value (see below), /<shorthand>, 3D-grid, single-precision (4-Byte floating point), (X Y time) Every file has the following attributes: /creation_date /author /datasource /datatype /datatype_description /unit /timeframe /steptime /license /comment Wind data files have this additional attribute /level Dataset includes: Temperature at 2m elevation (shorthand TMP) in °C zonal wind speed (shorthand WZU) in m/s at levels 45-50 meridional wind speed (shorthand WMV) in m/s at levels 45-50 Descritpion COSMO-DE model (german): https://www.dwd.de/SharedDocs/downloads/DE/modelldokumentationen/nwv/cosmo_de/cosmo_de_dbbeschr_version_2_3_201406.pdf?__blob=publicationFile%26v=5 DWD-Pamore-Program (german): https://www.dwd.de/DE/leistungen/pamore/pamore.html Description of the assimilation analysis (german): https://www.dwd.de/DE/forschung/wettervorhersage/num_modellierung/01_num_vorhersagemodelle/regionalmodell_cosmo_de.html?nn=512942 Documentation of the data set: Scritps for using this data set: https://collaborating.tuhh.de/ietge/dataevaluationdwd License: GeoNutzV
    Data Type: Dataset
      190  3468
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    Item type:Research Data, Access status: with files ,
    DWD weather model data for energy system simulation: 2012
    (2020)
    Erichsen, Gerrit
    These are data from Deutschen Wetterdienst and their COSMO-DE model or COSMO-EU model. We've got data of the assimilation analysis run. The assimilation analysis is a re-run of the COSMO-xx model with measuremtns of DWD weather stations as a boundary condition. It is as close as possible to the actually then prevelant weather. All wind and temperature data are directly taken from DWD and from the COSMO-DE model. The irridiation data were calculated from the averages of 1 to 3 hours as given by the DWD COSMO-EU model, to have one average value for the then starting hour. The author grants no guarantee for the validity of the recalculated data. Creator of the data is the DWD. This is simply a prepared, gathered and cut of the DWD data to have a handy and easily accessible data set for energy system simulation. File format: hdf5 - Version 1 (created with Matlab) Every file has the following values: Latitudes in °, /latitude, 2D-grid, single-precision (4-Byte floating point), (X Y) Longitudes in °, /longitude, 2D-grid, single-precision (4-Byte floating point), (X Y) The recorded value (see below), /<shorthand>, 3D-grid, single-precision (4-Byte floating point), (X Y time) Every file has the following attributes: /creation_date /author /datasource /datatype /datatype_description /unit /timeframe /steptime /license /comment Wind data files have this additional attribute /level Dataset includes: Temperature at 2m elevation (shorthand TMP) in °C Direct irridiation on the *horizontal* plane (shorthand ASWDIR) in W/m^2 Diffuse irridiation on the horizontal plane (shorthand ASWDIFD) in W/m^2 zonal wind speed (shorthand WZU) in m/s at levels 44-50 meridional wind speed (shorthand WMV) in m/s at levels 44-50 Descritpion COSMO-DE model (german): https://www.dwd.de/SharedDocs/downloads/DE/modelldokumentationen/nwv/cosmo_de/cosmo_de_dbbeschr_version_2_3_201406.pdf?__blob=publicationFile%26v=5 DWD-Pamore-Program (german): https://www.dwd.de/DE/leistungen/pamore/pamore.html Description of the assimilation analysis (german): https://www.dwd.de/DE/forschung/wettervorhersage/num_modellierung/01_num_vorhersagemodelle/regionalmodell_cosmo_de.html?nn=512942 Documentation of the data set: Scritps for using this data set: https://collaborating.tuhh.de/ietge/dataevaluationdwd License: GeoNutzV
    Data Type: Dataset
      205  743
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    Item type:Research Data, Access status: with files ,
    DWD weather model data for energy system simulation: 2017
    (2020)
    Erichsen, Gerrit
    These are data from Deutschen Wetterdienst and their COSMO-DE model. We've got forecast data (files with forecast in their name) and data of the assimilation analysis run. The assimilation analysis is a re-run of the COSMO-DE model with measuremtns of DWD weather stations as a boundary condition. It is as close as possible to the actually then prevelant weather. The forecast was requestd as follows: Beginning with the forecast run at 6 am (UTC) for the interval from 9 am to 8 am the following day inclusively. That way there is only one forecast value for each timestep. From 21.03.2017 onwards the assimilation analysis of the irridiation data changed. Up until then the data was recalculated from DWD data. All wind and temperature data are directly taken from DWD. The irridiation data up until 21.03.2017 were calculated from the averages of 1 to 3 hours as given by the DWD, to have one average value for the then starting hour. The author grants no guarantee for the validity of the recalculated data. Creator of the data is the DWD. This is simply a prepared, gathered and cut of the DWD data to have a handy and easily accessible data set for energy system simulation. File format: hdf5 - Version 1 (created with Matlab) Every file has the following values: Latitudes in °, /latitude, 2D-grid, single-precision (4-Byte floating point), (X Y) Longitudes in °, /longitude, 2D-grid, single-precision (4-Byte floating point), (X Y) The recorded value (see below), /<shorthand>, 3D-grid, single-precision (4-Byte floating point), (X Y time) Every file has the following attributes: /creation_date /author /datasource /datatype /datatype_description /unit /timeframe /steptime /license /comment Wind data files have this additional attribute /level Dataset includes: Temperature at 2m elevation (shorthand TMP) in K Direct irridiation on the *horizontal* plane (shorthand ASWDIR) in W/m^2 Diffuse irridiation on the horizontal plane (shorthand ASWDIFD) in W/m^2 zonal wind speed (shorthand WZU) in m/s at levels 45-50 meridional wind speed (shorthand WMV) in m/s at levels 45-50 Descritpion COSMO-DE model (german): https://www.dwd.de/SharedDocs/downloads/DE/modelldokumentationen/nwv/cosmo_de/cosmo_de_dbbeschr_version_2_3_201406.pdf?__blob=publicationFile%26v=5 DWD-Pamore-Program (german): https://www.dwd.de/DE/leistungen/pamore/pamore.html Description of the assimilation analysis (german): https://www.dwd.de/DE/forschung/wettervorhersage/num_modellierung/01_num_vorhersagemodelle/regionalmodell_cosmo_de.html?nn=512942 Documentation of the data set: Scritps for using this data set: https://collaborating.tuhh.de/ietge/dataevaluationdwd License: GeoNutzV
    Data Type: Dataset
      611  1859
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    Item type:Research Data, Access status: with files ,
    DWD weather model data for energy system simulation: 2016
    (2020)
    Erichsen, Gerrit
    These are data from Deutschen Wetterdienst and their COSMO-DE model. We've got forecast data (files with forecast in their name) and data of the assimilation analysis run. The assimilation analysis is a re-run of the COSMO-DE model with measuremtns of DWD weather stations as a boundary condition. It is as close as possible to the actually then prevelant weather. The forecast was requestd as follows: Beginning with the forecast run at 6 am (UTC) for the interval from 9 am to 8 am the following day inclusively. That way there is only one forecast value for each timestep. All wind and temperature data are directly taken from DWD. The irridiation data were calculated from the averages of 1 to 3 hours as given by the DWD, to have one average value for the then starting hour. The author grants no guarantee for the validity of the recalculated data. Creator of the data is the DWD. This is simply a prepared, gathered and cut of the DWD data to have a handy and easily accessible data set for energy system simulation. File format: hdf5 - Version 1 (created with Matlab) Every file has the following values: Latitudes in °, /latitude, 2D-grid, single-precision (4-Byte floating point), (X Y) Longitudes in °, /longitude, 2D-grid, single-precision (4-Byte floating point), (X Y) The recorded value (see below), /<shorthand>, 3D-grid, single-precision (4-Byte floating point), (X Y time) Every file has the following attributes: /creation_date /author /datasource /datatype /datatype_description /unit /timeframe /steptime /license /comment Wind data files have this additional attribute /level Dataset includes: Temperature at 2m elevation (shorthand TMP) in °C Direct irridiation on the *horizontal* plane (shorthand ASWDIR) in W/m^2 Diffuse irridiation on the horizontal plane (shorthand ASWDIFD) in W/m^2 zonal wind speed (shorthand WZU) in m/s at levels 44-50 meridional wind speed (shorthand WMV) in m/s at levels 44-50 Descritpion COSMO-DE model (german): https://www.dwd.de/SharedDocs/downloads/DE/modelldokumentationen/nwv/cosmo_de/cosmo_de_dbbeschr_version_2_3_201406.pdf?__blob=publicationFile%26v=5 DWD-Pamore-Program (german): https://www.dwd.de/DE/leistungen/pamore/pamore.html Description of the assimilation analysis (german): https://www.dwd.de/DE/forschung/wettervorhersage/num_modellierung/01_num_vorhersagemodelle/regionalmodell_cosmo_de.html?nn=512942 Scritps for using this data set: https://collaborating.tuhh.de/ietge/dataevaluationdwd License: GeoNutzV
    Data Type: Dataset
      417  1611
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    Item type:Research Data, Access status: with files ,
    DWD weather model data for energy system simulation: 2015
    (2020)
    Erichsen, Gerrit
    These are data from Deutschen Wetterdienst and their COSMO-DE model. We've got data of the assimilation analysis run. The assimilation analysis is a re-run of the COSMO-DE model with measuremtns of DWD weather stations as a boundary condition. It is as close as possible to the actually then prevelant weather. All wind and temperature data are directly taken from DWD. The irridiation data were calculated from the averages of 1 to 3 hours as given by the DWD, to have one average value for the then starting hour. The author grants no guarantee for the validity of the recalculated data. Creator of the data is the DWD. This is simply a prepared, gathered and cut of the DWD data to have a handy and easily accessible data set for energy system simulation. File format: hdf5 - Version 1 (created with Matlab) Every file has the following values: Latitudes in °, /latitude, 2D-grid, single-precision (4-Byte floating point), (X Y) Longitudes in °, /longitude, 2D-grid, single-precision (4-Byte floating point), (X Y) The recorded value (see below), /<shorthand>, 3D-grid, single-precision (4-Byte floating point), (X Y time) Every file has the following attributes: /creation_date /author /datasource /datatype /datatype_description /unit /timeframe /steptime /license /comment Wind data files have this additional attribute /level Dataset includes: Temperature at 2m elevation (shorthand TMP) in °C Direct irridiation on the *horizontal* plane (shorthand ASWDIR) in W/m^2 Diffuse irridiation on the horizontal plane (shorthand ASWDIFD) in W/m^2 zonal wind speed (shorthand WZU) in m/s at levels 44-50 meridional wind speed (shorthand WMV) in m/s at levels 44-50 Descritpion COSMO-DE model (german): https://www.dwd.de/SharedDocs/downloads/DE/modelldokumentationen/nwv/cosmo_de/cosmo_de_dbbeschr_version_2_3_201406.pdf?__blob=publicationFile%26v=5 DWD-Pamore-Program (german): https://www.dwd.de/DE/leistungen/pamore/pamore.html Description of the assimilation analysis (german): https://www.dwd.de/DE/forschung/wettervorhersage/num_modellierung/01_num_vorhersagemodelle/regionalmodell_cosmo_de.html?nn=512942 Scritps for using this data set: https://collaborating.tuhh.de/ietge/dataevaluationdwd License: GeoNutzV
    Data Type: Dataset
      448  1479
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    Item type:Research Data, Access status: with files ,
    DWD weather model data for energy system simulation: 2014
    (2020)
    Erichsen, Gerrit
    These are data from Deutschen Wetterdienst and their COSMO-DE model or COSMO-EU model. We've got data of the assimilation analysis run. The assimilation analysis is a re-run of the COSMO-xx model with measuremtns of DWD weather stations as a boundary condition. It is as close as possible to the actually then prevelant weather. All wind and temperature data are directly taken from DWD and from the COSMO-DE model. The irridiation data were calculated from the averages of 1 to 3 hours as given by the DWD COSMO-EU model, to have one average value for the then starting hour. The author grants no guarantee for the validity of the recalculated data. Creator of the data is the DWD. This is simply a prepared, gathered and cut of the DWD data to have a handy and easily accessible data set for energy system simulation. File format: hdf5 - Version 1 (created with Matlab) Every file has the following values: Latitudes in °, /latitude, 2D-grid, single-precision (4-Byte floating point), (X Y) Longitudes in °, /longitude, 2D-grid, single-precision (4-Byte floating point), (X Y) The recorded value (see below), /<shorthand>, 3D-grid, single-precision (4-Byte floating point), (X Y time) Every file has the following attributes: /creation_date /author /datasource /datatype /datatype_description /unit /timeframe /steptime /license /comment Wind data files have this additional attribute /level Dataset includes: Temperature at 2m elevation (shorthand TMP) in °C Direct irridiation on the *horizontal* plane (shorthand ASWDIR) in W/m^2 Diffuse irridiation on the horizontal plane (shorthand ASWDIFD) in W/m^2 zonal wind speed (shorthand WZU) in m/s at levels 44-50 meridional wind speed (shorthand WMV) in m/s at levels 44-50 Descritpion COSMO-DE model (german): https://www.dwd.de/SharedDocs/downloads/DE/modelldokumentationen/nwv/cosmo_de/cosmo_de_dbbeschr_version_2_3_201406.pdf?__blob=publicationFile%26v=5 DWD-Pamore-Program (german): https://www.dwd.de/DE/leistungen/pamore/pamore.html Description of the assimilation analysis (german): https://www.dwd.de/DE/forschung/wettervorhersage/num_modellierung/01_num_vorhersagemodelle/regionalmodell_cosmo_de.html?nn=512942 Documentation of the data set: Scritps for using this data set: https://collaborating.tuhh.de/ietge/dataevaluationdwd License: GeoNutzV
    Data Type: Dataset
      272  823
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    Item type:Research Data, Access status: with files ,
    DWD weather model data for energy system simulation: 2013
    (2020)
    Erichsen, Gerrit
    These are data from Deutschen Wetterdienst and their COSMO-DE model or COSMO-EU model. We've got data of the assimilation analysis run. The assimilation analysis is a re-run of the COSMO-xx model with measuremtns of DWD weather stations as a boundary condition. It is as close as possible to the actually then prevelant weather. All wind and temperature data are directly taken from DWD and from the COSMO-DE model. The irridiation data were calculated from the averages of 1 to 3 hours as given by the DWD COSMO-EU model, to have one average value for the then starting hour. The author grants no guarantee for the validity of the recalculated data. Creator of the data is the DWD. This is simply a prepared, gathered and cut of the DWD data to have a handy and easily accessible data set for energy system simulation. Missing data: Temperature from 10. November 7 and 8 pm (UTC). Replaced by repeating 6 pm value. File format: hdf5 - Version 1 (created with Matlab) Every file has the following values: Latitudes in °, /latitude, 2D-grid, single-precision (4-Byte floating point), (X Y) Longitudes in °, /longitude, 2D-grid, single-precision (4-Byte floating point), (X Y) The recorded value (see below), /<shorthand>, 3D-grid, single-precision (4-Byte floating point), (X Y time) Every file has the following attributes: /creation_date /author /datasource /datatype /datatype_description /unit /timeframe /steptime /license /comment Wind data files have this additional attribute /level Dataset includes: Temperature at 2m elevation (shorthand TMP) in °C Direct irridiation on the *horizontal* plane (shorthand ASWDIR) in W/m^2 Diffuse irridiation on the horizontal plane (shorthand ASWDIFD) in W/m^2 zonal wind speed (shorthand WZU) in m/s at levels 44-50 meridional wind speed (shorthand WMV) in m/s at levels 44-50 Descritpion COSMO-DE model (german): https://www.dwd.de/SharedDocs/downloads/DE/modelldokumentationen/nwv/cosmo_de/cosmo_de_dbbeschr_version_2_3_201406.pdf?__blob=publicationFile%26v=5 DWD-Pamore-Program (german): https://www.dwd.de/DE/leistungen/pamore/pamore.html Description of the assimilation analysis (german): https://www.dwd.de/DE/forschung/wettervorhersage/num_modellierung/01_num_vorhersagemodelle/regionalmodell_cosmo_de.html?nn=512942 Documentation of the data set: Scritps for using this data set: https://collaborating.tuhh.de/ietge/dataevaluationdwd License: GeoNutzV
    Data Type: Dataset
      405  876
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    Item type:Research Data, Access status: with files ,
    DWD weather model data for energy system simulation: 2010
    (2020)
    Erichsen, Gerrit
    These are data from Deutschen Wetterdienst and their COSMO-DE model. We've got data of the assimilation analysis run. The assimilation analysis is a re-run of the COSMO-xx model with measuremtns of DWD weather stations as a boundary condition. It is as close as possible to the actually then prevelant weather. All wind and temperature data are directly taken from DWD and from the COSMO-DE model. Creator of the data is the DWD. This is simply a prepared, gathered and cut of the DWD data to have a handy and easily accessible data set for energy system simulation. File format: hdf5 - Version 1 (created with Matlab) Every file has the following values: Latitudes in °, /latitude, 2D-grid, single-precision (4-Byte floating point), (X Y) Longitudes in °, /longitude, 2D-grid, single-precision (4-Byte floating point), (X Y) The recorded value (see below), /<shorthand>, 3D-grid, single-precision (4-Byte floating point), (X Y time) Every file has the following attributes: /creation_date /author /datasource /datatype /datatype_description /unit /timeframe /steptime /license /comment Wind data files have this additional attribute /level Dataset includes: Temperature at 2m elevation (shorthand TMP) in °C zonal wind speed (shorthand WZU) in m/s at levels 44-50 meridional wind speed (shorthand WMV) in m/s at levels 44-50 Descritpion COSMO-DE model (german): https://www.dwd.de/SharedDocs/downloads/DE/modelldokumentationen/nwv/cosmo_de/cosmo_de_dbbeschr_version_2_3_201406.pdf?__blob=publicationFile%26v=5 DWD-Pamore-Program (german): https://www.dwd.de/DE/leistungen/pamore/pamore.html Description of the assimilation analysis (german): https://www.dwd.de/DE/forschung/wettervorhersage/num_modellierung/01_num_vorhersagemodelle/regionalmodell_cosmo_de.html?nn=512942 Documentation of the data set: Scritps for using this data set: https://collaborating.tuhh.de/ietge/dataevaluationdwd License: GeoNutzV
    Data Type: Dataset
      376  876
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    Item type:Research Data, Access status: with files ,
    DWD weather model data for energy system simulation: 2008
    (2020)
    Erichsen, Gerrit
    These are data from Deutschen Wetterdienst and their COSMO-DE model. We've got data of the assimilation analysis run. The assimilation analysis is a re-run of the COSMO-xx model with measuremtns of DWD weather stations as a boundary condition. It is as close as possible to the actually then prevelant weather. All wind and temperature data are directly taken from DWD and from the COSMO-DE model. Creator of the data is the DWD. This is simply a prepared, gathered and cut of the DWD data to have a handy and easily accessible data set for energy system simulation. Missing data: 02. November 12 am (UTC). Replaced by values from one step before. File format: hdf5 - Version 1 (created with Matlab) Every file has the following values: Latitudes in °, /latitude, 2D-grid, single-precision (4-Byte floating point), (X Y) Longitudes in °, /longitude, 2D-grid, single-precision (4-Byte floating point), (X Y) The recorded value (see below), /<shorthand>, 3D-grid, single-precision (4-Byte floating point), (X Y time) Every file has the following attributes: /creation_date /author /datasource /datatype /datatype_description /unit /timeframe /steptime /license /comment Wind data files have this additional attribute /level Dataset includes: Temperature at 2m elevation (shorthand TMP) in °C zonal wind speed (shorthand WZU) in m/s at levels 45-50 meridional wind speed (shorthand WMV) in m/s at levels 45-50 Descritpion COSMO-DE model (german): https://www.dwd.de/SharedDocs/downloads/DE/modelldokumentationen/nwv/cosmo_de/cosmo_de_dbbeschr_version_2_3_201406.pdf?__blob=publicationFile%26v=5 DWD-Pamore-Program (german): https://www.dwd.de/DE/leistungen/pamore/pamore.html Description of the assimilation analysis (german): https://www.dwd.de/DE/forschung/wettervorhersage/num_modellierung/01_num_vorhersagemodelle/regionalmodell_cosmo_de.html?nn=512942 Documentation of the data set: Scritps for using this data set: https://collaborating.tuhh.de/ietge/dataevaluationdwd License: GeoNutzV
    Data Type: Dataset
      227  928