The rapidly growing capacity of globally distributed solar generation systems (DSGs) has
imposed new challenges for solar forecasting research: the need for high-fidelity spatial …

Accurate and reliable global horizontal irradiance (GHI) prediction helps respond to the
volatility of solar power output in advance. Aerosol optical depth (AOD) is the primary factor …

Aerosols play a crucial role in the surface radiative budget by absorbing and scattering both
shortwave and longwave radiation. While most aerosol types exhibit a relatively minor …

Accurate prediction of global horizontal irradiance (GHI) is crucial for anticipating the
volatility of solar power output. Under clear-sky conditions, aerosols play a significant role in …

Surface solar radiation, as a primary energy source, plays a pivotal role in governing land–
atmosphere interactions, thereby influencing radiative, hydrological, and land surface …

This study assesses the efficacy of the Heliosat-2 algorithm for estimating solar radiation,
comparing its outputs against ground measurements across seven distinct countries: the …

Power grid stability depends on the ability to forecast solar power generation at the regional
level. Most previous research on probabilistic forecasting has focused on the use of machine …

Wide-area, high temporal-spatial resolution surface solar irradiance data (SSI) is critical for
solar energy resource assessment, PV power station site selection, and PV power …

The study conducts a comparative analysis of solar radiation estimation methods, assessing
the efficacy of the Heliosat-2 algorithm against ground measurements across seven distinct …

As renewable energy, particularly regional photovoltaic (PV), becomes more prevalent in the
power grid, accurate forecasting of its output is paramount for its efficient operation …