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Kyocera achieves 8.3% degradation on 20-year installation

Kyocera has released, what the company deems to be, conclusive evidence that its solar modules show only 8.3% degradation after 20 years. The Atomic Energy and Alternative Energies Commission (CEA) used a sample from Kyocera’s 945W roof installation in the small village of Lhuis, Lyon, France, to test under laboratory conditions. The results demonstrate that the modules were still performing at 91.7% of their original maximum power output.

The installation, commissioned in 1992 by Hespul, a French non-profit organization, consists of 15 modules each with an output of 63W.

The company enthuses that its solar modules were the first in the world to pass the ‘Long Term Sequential test’ as certified by TÜV Rheinland, the leading provider of product performance testing, which conducted a series of rigorous tests to predict long-term life and performance of a solar module. The Kyocera Solar module is the first module to pass these long-term tests, further underscoring Kyocera’s proven product performance. In addition the non-profit Fraunhofer Center for Silicon Photovoltaics CSP’s  demonstrated that Kyocera’s modules did not show any potential induced degradation (PID) after being subjected to high voltage stress testing test.

At the time Tatsumi Maeda, general manager of the Kyocera Group said, “As a pioneer in the industry Kyocera has been involved in R&D and manufacturing of solar power generating systems for more than 35 years and in that time we have developed numerous innovations and manufacturing technologies to ensure the high quality and long-term durability of our products.”