We present a new version of model for high-performance calculation of global and direct irradiances from Meteosat Second Generation (MSG) satellite data covering Europe, Africa and Middle East. The full spatial and temporal resolutions of MSG data are used. The model philosophy is based on the principles of Heliosat-2 calculation scheme and the model by [1]. The advancements of the model enabled to enhance spatial resolution and to decrease Bias and RMSE in hilly terrain, high mountains, coastal and arid zones, and for periods with snow coverage
Solar radiation is a key input variable for crop growth models. However, direct measurement of solar...
International audienceA successful integration of solar energy into the existing energy structure hi...
This paper presents examples of high resolution solar radiation maps generated from satellite data u...
A successful integration of solar energy into the existing energy structure highly depends on a deta...
A successful integration of solar energy into the existing energy structure highly depends on a deta...
A scheme for solar irradiance retrieval for the Europe from Meteosat Second Generation (MSG) data is...
We present a new database of solar radiation at ground level for Eastern Europe and Africa, the Midd...
International audienceA successful integration of solar energy into the existing energy structure hi...
A successful integration of solar energy into the existing energy structure highly depends on a deta...
The performance of three models which use satellite data to estimate solar irradiance at the Earth's...
Solar radiation data retrieved from satellite images are widely used to estimate the performance of ...
International audienceSolar radiation at ground level is a necessary input for several applications ...
International audienceSolar radiation at ground level is a necessary input for several applications ...
International audienceSolar radiation at ground level is a necessary input for several applications ...
Solar radiation is a parameter of large importance in a wide range of human activities. This communi...
Solar radiation is a key input variable for crop growth models. However, direct measurement of solar...
International audienceA successful integration of solar energy into the existing energy structure hi...
This paper presents examples of high resolution solar radiation maps generated from satellite data u...
A successful integration of solar energy into the existing energy structure highly depends on a deta...
A successful integration of solar energy into the existing energy structure highly depends on a deta...
A scheme for solar irradiance retrieval for the Europe from Meteosat Second Generation (MSG) data is...
We present a new database of solar radiation at ground level for Eastern Europe and Africa, the Midd...
International audienceA successful integration of solar energy into the existing energy structure hi...
A successful integration of solar energy into the existing energy structure highly depends on a deta...
The performance of three models which use satellite data to estimate solar irradiance at the Earth's...
Solar radiation data retrieved from satellite images are widely used to estimate the performance of ...
International audienceSolar radiation at ground level is a necessary input for several applications ...
International audienceSolar radiation at ground level is a necessary input for several applications ...
International audienceSolar radiation at ground level is a necessary input for several applications ...
Solar radiation is a parameter of large importance in a wide range of human activities. This communi...
Solar radiation is a key input variable for crop growth models. However, direct measurement of solar...
International audienceA successful integration of solar energy into the existing energy structure hi...
This paper presents examples of high resolution solar radiation maps generated from satellite data u...