Solar Under Storm I
Solar Under Storm I discusses the root causes of ground-mounted PV system failures from hurricanes and describes recommendations for building more resilient solar PV power plants.
As solar energy expands across hurricane-prone regions, resilience has become central to long-term success. RMI’s Solar Under Storm series brings together years of on-the-ground assessments, engineering analysis, and industry collaboration to better understand how solar PV systems perform during extreme weather and how this infrastructure can be strengthened. The series is grounded in direct field observations following major storms and focuses on practical improvements that protect both infrastructure and communities.
Together, the series provides a roadmap for building solar systems that continue delivering power when it matters most.
Solar Under Storm I discusses the root causes of ground-mounted PV system failures from hurricanes and describes recommendations for building more resilient solar PV power plants.
Guidelines for governments, regulators, and developers interested in improving solar PV system survivability to intense wind-loading events.
A guide specifically tailored for policymakers in Small Island Developing States on enhancing the resilience of solar photovoltaic systems.
Updated best practices for hurricane-resilient solar PV systems from RMI, based on new field data from Hurricane Beryl.
How RMI’s best practices are creating hurricane-resilient PV systems
Best Practices for Policymakers for Resilient Photovoltaic Systems for Islands
A new report examines solar system performance during the 2017 hurricane season, identifying why some systems failed and offering recommendations to improve resilience.
The next chapter in designing hurricane-resilient PV systems in a world of increasing tropical storms.