Written by Jacqui Crozier McCleland – Operations and Technical Manager
Severe weather events can cause significant damage to solar PV plants, but not all damage is visible to the naked eye. Hidden defects such as microcracks and internal cell damage can impact long-term performance, reduce energy output, and complicate insurance claims. This article explores why traditional visual inspections and thermal scans may not be enough after storms, and how advanced electroluminescence (EL) imaging is helping solar asset owners, insurers, and investors better understand and protect the condition of their installations.
Discover why accredited post-storm testing is becoming an essential part of solar asset management and risk mitigation.As solar energy projects continue to scale across Africa, ensuring that photovoltaic (PV) plants perform as expected has become critical to protecting long-term returns.
This article explores the growing importance of independent accredited testing to identify underperforming PV modules, validate warranty claims, and improve operational confidence for plant owners, developers, and insurers. It also highlights how South African company PVinsight is helping drive higher standards in utility-scale solar performance testing.
Read the full article in Creamer Media’s Engineering News.
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