In this paper, a Long Short-Term Memory Neural Networks (LSTM) Deep Learning Approach
is proposed to forecast Global horizontal solar Irradiation (GHI) in Erfoud Moroccan city. The …

Global solar broadband irradiance on a planar surface is measured at weather stations by
pyranometers. In the case of the present research, solar radiation values from nine …

A novel automatic filtering methodology is proposed for 1-min GHI and DIF data using
surface measurements obtained at five sites located in various climate zones of Argentina …

To evaluate the solar resource at a site, the period of measurements analyzed must be as
long as possible. In solar radiation database, a quality control that identifies errors and …

This study introduces the implementation of a spatial disaggregation process for irradiance
maps in Corsica. Conventionally adopted hypotheses are for the first time tested and the …

Accurate leveling of the pyranometers and the continuous control of the leveling are
essential to obtain high-precision global solar radiation data. Yet, many automatic weather …

Satellite-based solar power data is becoming more and more important because of its
continuous temporal and spatial availability. However, its reliability can be enhanced …

Different types of measuring errors can increase the uncertainty of solar radiation
measurements, but most common quality control (QC) methods do not detect frequent …

Une connaissance précise de l'énergie solaire incidente au sol en un site donné est un
facteur majeur pour évaluer la rentabilité de tout projet d'installation solaire. En effet, la …

Pyranometers are fundamental instruments widely used for measuring global irradiance.
When operating weather stations without continuous manning, pyranometer may tilt from …