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Fraunhofer PV Durability Initiative for solar modules: Part 3

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By Dr Cordula Schmid, Fraunhofer CSE; Rubina Singh, Fraunhofer CSE; Cameron Stark, Fraunhofer CSE; Dr Jacqueline Ashmore, Fraunhofer CSE; Claudio Ferrara, Fraunhofer CSE; Sandor Stecklum, Fraunhofer CSE

Module performance | The potential for PV modules to fail before the end of their intended service life increases the perceived risk, and therefore the cost, of funding PV installations. While current IEC and UL certification testing standards for PV modules have helped to reduce the risk of early field (infant mortality) failures, they are by themselves insufficient for determining PV module service life. In this paper, teams from Fraunhofer CSE and Fraunhofer ISE present the results of the Fraunhofer PV Durability Initiative’s third round of testing, which now includes 10 module types.

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For those in the utility solar business, 2015 has so far offered no shortage of landmarks. Since the start of the year, the record for the world’s largest PV power plant has been both equalled and beaten, with the completion in the US of the Desert Sunlight and Solar Star projects respectively. The industry has also notched up two important pricing milestones. In January 2015, news broke that a project in Dubai had attracted what was thought to be the lowest ever bid price for a solar project, of US$0.0585/kWh. That record proved short lived, however, when, in July, US firm First Solar revealed it had agreed to a price of US$0.0387/kWh for power from its 100MW Playa Solar 2 project in Nevada.

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