Solar Radiation Estimation From Cloudiness Data. Satellite Vs. Ground-Based Observations

Keywords

Overcast, Sky, Cloud cover, Irradiance, Environmental science

References

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• A model for the estimation of the daily global sunshine duration from meteorological geostationary satellite dataH. M. Kandirmaz — 2006
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• A revised empirical model to estimate solar radiation using automated surface weather observationsBrian N. Belcher, Arthur T. DeGaetano — 2007
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Cited by

• Reconstruction of effective cloud field geometry from series of sunshine numberViorel Bădescu, Marius Paulescu, Marek Brabec — 2016
• CMSAF products Cloud Fraction Coverage and Cloud Type used for solar global irradiance estimationViorel Bădescu, Alexandru Dumitrescu — 2016
• The global solar radiation estimation and analysis of solar energy: Case study for Osmaniye, TurkeyBülent Yanıktepe, Osman Kara, Coşkun Özalp — 2017
• Retrieval of effective cloud field parameters from radiometric dataMarius Paulescu, Viorel Bădescu, Marek Brabec — 2018
• Short-term cloud coverage prediction using the ARIMA time series modelYu Wang, Chunheng Wang, Cunzhao Shi — 2018
• Development of new monthly global and diffuse solar irradiation estimation methodologies and comparisonsAbdullah Buğrahan Karaveli, Bülent G. Akinoglu — 2018
• Comparisons and critical assessment of global and diffuse solar irradiation estimation methodologiesAbdullah Buğrahan Karaveli, Bülent G. Akinoglu — 2018
• A new perspective on the sunshine duration variabilityMarek Brabec, Alexandru Dumitrescu, Marius Paulescu — 2019
• Investigating the impact of weather parameters selection on the prediction of solar radiation under different genera of cloud cover: A case-study in a subtropical locationJamel Chakchak, Numan Sabit Çetin — 2021
• Cloud cover-based models for estimation of global solar radiation: A review and case studyMd Shamim Ahamed, Huiqing Guo, Karen Tanino — 2021
• Comparison of Cloud Amounts Retrieved with Three Automatic Methods and Visual ObservationsM. P. Utrillas, M. J. Marín, Víctor Estellés — 2022

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