Jinko Solar’s "Eagle+" solar module reached a new height of power output for 60-cell multi crystalline silicon module during an independent test conducted at TUV Rheinland's Shanghai Testing Center. Under Standard Testing Conditions (STC), power output of the high power "Eagle+" modules samples manufactured by JinkoSolar reached 306.9 watts. At present, the industry average power output of a 60-cell multi-crystalline silicon module is approximately 255 watts.
Several advanced technologies and innovations have been applied to the high power "Eagle+" modules, which include new technology to reduce crystalline silicon defects, advanced cell structure based on DuPont™Solamet® photovoltaic cell metallization technology to boost solar cell efficiency, advanced integrated packing technology, and utilizing DuPont™Tedlar®polyvinyl fluoride film–based back sheets. Aside from their high power output, "Eagle+" modules can resist potential induced degradation (PID) under weather conditions of 85 degrees Celsius and 85% relative humidity for 1,000 hours. The antioxidant design of the cell and encapsulation materials also helps to eliminate the possibility of snail trails.
"We have dedicated ourselves to innovating high-efficiency, reliable solar cells and modules," said Mr. Kangping Chen, Chief Executive Officer of JinkoSolar. "Our R&D team continues innovating new technology that has now delivered exciting results. Those innovations significantly improve the power output and reliability of our modules to ensure 25-year stable power generation, and we aim to put them into mass production soon. Highly cost-effective solar products aid in reducing the cost of solar power generation which we believe will accelerate the development of the global solar PV industry."
