@misc{1dae50f9785f4bdfad45e207601e5b25,
title = "Performance Modelling and Yearlong Outdoor Degradation Analysis of a GaAs//Si Tandem Module",
abstract = "Silicon-based tandem photovoltaic cells and modules are forecasted to enter mass production around the year 2026. Previous research efforts on tandem photovoltaic technology have focused heavily on increasing cell efficiencies. However, for successful large-scale deployment of tandem modules, reliability and long-term durability will be equally important. Outdoor performance data beyond the one-year mark enable sophisticated degradation analysis and help build confidence in the reliability and durability of this new technology.",
keywords = "degradation rate, module, outdoor deployment, performance modelling, photovoltaics, tandem",
author = "Martin Springer and Riley Whitehead and Robert Witteck and Bill McMahon and John Geisz and Tim Silverman and Emily Warren",
year = "2024",
language = "American English",
series = "Presented at the Photovoltaic Reliability Workshop (PVRW), 27-29 February 2024, Lakewood, Colorado",
type = "Other",
}