@misc{652a12acbac54469a63c7198d3da6964,
title = "Improved Heat Transfer Correlation for Large Scale Solar PV Convection Modeling",
abstract = "Simple changes in solar module arrangements in solar farms have the potential to lead to important gains in power efficiency. An improve model taking into account such variations. The same way that the wind energy industry realized that local meteorology and turbulence matter, the solar PV industry could take into consideration not only the effects of module arrangements, but also the local meteorology (i.e. beyond incident solar radiation) when installing solar farms. We just started scratching the surface of the potential improvements to be gained when considering fluid mechanics and turbulence.",
keywords = "convection, solar, temperature, wind",
author = "Sarah Smith and Brooke Stanislawski and Byron Eng and Naseem Ali and Timothy Silverman and Marc Calaf and Raul Cal",
year = "2022",
language = "American English",
series = "Presented at the 2022 15th PV Performance Modeling Workshop, 23-24 August 2022, Salt Lake City, Utah",
type = "Other",
}