URE Solar Module

URE Solar Module

URE/DelSolar Modules, proven by many international certifications, are defined by their high performance and excellent quality. URE/DelSolar modules are certified by TÜV Rheinland, UL and MCS. The modules provide positive and tight power tolerances of 0 to +4.99Wp, which offer a stable and high-energy system output. With high efficiency solar cells, state-of-art manufacturing technology, and long-term reliability, URE/DelSolar modules are ideal choices for their high efficiency and cost-effectiveness.

PRODUCT CATEGORY

URE Glory BiFi module uses URE proprietary p-PERC mono crystalline bifacial solar cells, and NSP advanced double glass (G2G) module manufacturing technology. Front 300W and eq. 340W power with 1500VDC design, high reliability, 4x IEC test, low LID, and PID resistant.

URE Power modules, built with URE-owned high efficiency mono PERC solar cells, have high photon-to-energy conversion efficiency and rigid installation mechanical strength. With URE high quality solar module products, the stable and plentiful power output can be addressed.

URE Peach module, which is made by advanced package technology to significantly reduce series resistance of module, generates more power output. The high power Peach module, built with self-made high-performance single crystal PERC solar cells, can also provide the stable and plentiful power output for the solar system.

HELLO module has very low temperature coefficient of power, which can generate more electricity in high temperature environment. Considering the effects of LID and temperature coefficient, the 325W and 390W module power are equivalent to 23.7% efficiency in p-type cell, 348W in p-type 60-cell module and 417W in p-type 72-cell module, respectively.

URE modules, proven by many international certifications, are defined by their high performance and excellent quality. With high efficiency solar cells, state-of-art manufacturing technology, and long-term reliability, URE modules are ideal choices for their high efficiency and cost-effectiveness.