Solar Energy Journal - Volume 312

The International Solar Energy Society (ISES) is pleased to present the latest in solar energy research featured in Solar Energy, Volume 312.

Published continuously since 1957, Solar Energy is a flagship journal led by Editor‑in‑Chief Ranga Pitchumani and one of the most influential publications in the field.

Check out the Editor’s selected highlights from this new volume:

Experimental characterization of a gravity-driven particle-flow solar receiver for high-temperature applications

Optimal design of a Gen3 concentrating solar power system with a silicon carbide primary heat exchanger

Performance analysis of helium gas jet impingement heat transfer enhanced concentrating solar receiver

Seawater-induced deposition and corrosion of PV glass and their impacts on module performance

Dynamic modeling of spray cooling for floating photovoltaics with application to different climates

Mathematical modelling of photovoltaic systems derived from Taylor series expansion of degenerate exponential functions

Machine learning applications in the design, optimization, and manufacturing of perovskite solar cells

Information-theoretic deep learning component separation from forecasted global horizontal irradiance

The impact of photovoltaic louver ventilation windows on building energy consumption and daylighting

An alternative procedure to IEC-61853-2 standard for measuring the incidence angle modifier of PV modules

Plus, selected additions to our evolving Special Issues collections:

Climatic and atmospheric determinants of sensor-type biases in measured solar irradiance (Special Issue on PV Monitoring)

Comprehensive assessment of metrology techniques for heliostat efficiency and performance evaluation (Special Issue on Advances in Heliostat Technologies)