JinkSolar Modules Achieved High Yield Performance in PHOTON Laboratory Tests
JinkoSolar Holding Co., Ltd. (NYSE: JKS), a fast-growing, vertically integrated solar power product manufacturer based in China,has announced that its mono- and multicrystalline solar modules achieved high yield performance results in PHOTON Laboratory’s January 2012 outdoor field tests. New measurements resulted in exceptionally high power output, adding to a trend of strong long-term performance for the company’s industry-leading line of products.
JinkoSolar’s two monocrystalline modules have shown notably high performance ratio and power yields since testing began in July 2011. In January 2012, the company added its multicrystalline module to the test lineup, and achieved the highest unit power yield for its 235P modules tested for the month at 33.1 kWh/kW.
The PHOTON Laboratory performs monthly outdoor tests on more than 130 solar module types from 90 manufacturers around the world to measure performance in real-world conditions. The field tests measure the yield for each module to determine the exact amount of kilowatt-hours per kilowatt of installed power that flows from the PV system to the inverter. The tests also determine the performance ratio, a measurement of output capacity in real world settings as indicated by actual performance compared to targeted performance.
“This independent assessment of strong, consistent module performance demonstrates that our technology delivers the long-term results that global customers have come to expect,” said Kangping Chen, CEO of JinkoSolar. “These results further validate the high quality of our solar solutions, along with our growing list of globally recognized certifications. IMS Research Institute also ranked JinkoSolar as one of the top 6 crystalline PV manufacturers in their latest report,” added Chen.
Tags: global customers, high performance, independent assessment, kilowatt hours, kwh, laboratory tests, nbsp, NYSE, performance ratio, performance results, product manufacturer, pv system, real world, solar modules, solar power, Solar Solutions, term performance, world settings
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