Global solar radiation is a core component of scientific research and engineering application
across a broad spectrum. However, its measurement is limited by a small number of stations …

Access to reliable solar radiation data is of paramount importance for the sustainable
development of mankind. However, solar radiation measurements are available in few …

Several equations were employed to estimate global solar radiation from sunshine hours for
16 meteorological stations in Spain, using only the relative duration of sunshine. These …

Solar radiation models for predicting the average daily and hourly global radiation, beam
radiation and diffuse radiation are reviewed in this paper. Seven models using the Ångström …

Simulations of solar radiation have become increasingly common in recent years because of
the rapid global development and deployment of solar energy technologies. The effect of air …

In this study, several Angström-type regression models, namely the linear, quadratic, cubic,
logarithmic and exponential models, are compared to estimate the global solar radiation on …

The traditional approaches that employ the correlations between solar radiation and other
measured meteorological variables are commonly utilized in studies. It is important to …

The data such as global solar radiation, air temperature, relative humidity, wind and
moisture, was collected from 875 stations around the globe. Of which data from 210 stations …

This study, for the first time, adopts 20 simple empirical models to estimate daily global solar
radiation (GSR) in selected meteorological stations in Togo, West Africa with a view to …

The precise estimation of solar radiation data is substantial in the long-term evaluation for
the techno-economic performance of solar energy conversion systems (eg, concentrated …