@misc{a24276a9cd294ac989c20602632d8eed,
title = "Solar Photovaltaics Durability and Resilience - A Win-Win",
abstract = "Solar photovoltaics (PV) will play a crucial role in decarbonizing the electrical grid and limit the effects of detrimental climate change. Long lifetimes of PV installations are a win-win situation, as it not only reduces carbon emissions directly through avoidance of fossil fuel emissions but also indirectly, as it reduces the demand of needed materials and potentially recycling. However, during their decades-long lifetime expectations installations are also more commonly exposed to extreme weather events. Building durable solar system to withstand extreme weather events is essential in the electrification of the economy and will save lives, particularly when they power critical infrastructure such as hospitals. As more PV is installed in regions prone to extreme weather events, high-quality materials, installation and monitoring practices can mitigate risk. Evaluating resilience requires combined computational, analytical, and experimental capabilities that are best leveraged by teams working across multiple disciplines.",
keywords = "durability, DuraMat, photovoltaics, PV Fleet Data Initiative, reliability, resilience",
author = "Dirk Jordan and Teresa Barnes and Chris Deline and Kirsten Perry and Nancy Haegel",
year = "2023",
language = "American English",
series = "Presented at Innovations in Climate Resilience, 28-30 March 2023, Columbus, Ohio",
type = "Other",
}