Trina Solar Limited, a global PV modules, solutions and services provider, announced on April 8th that its State Key Laboratory of PV Science and Technology has developed a new high-efficiency Honey Ultra solar module.
Trina Solar's Honey Ultra mono-crystalline silicon module reached a new record of 326.3W, which has been independently certified by TUV Rheinland. This result sets a new world record for p-type mono-crystalline silicon modules. The mono-crystalline silicon module is composed of 60 high-efficiency Honey Ultra mono-crystalline silicon cells of 156mm x 156mm, fabricated with a technology developed by Trina Solar and currently in pilot production.
Honey Ultra marks the second generation of Trina Solar's Honey module technology and this new high-efficiency record significantly extends the previous milestone of 284.7W attained by Trina Solar's first generation of Honey modules.
The module integrates core technologies including back surface passivation technology and low-resistance connection technology, each of which have been researched and developed by Trina Solar.
"Trina Solar’s State Key Lab of PV Science and Technology enables us to execute on our commitment to the commercialization of new high-efficiency solar cells and highly reliable modules," said Dr. Zhiqiang Feng, Vice President of Trina Solar and Director of the State Key Lab of PV Science and Technology. "In recent years the Company has successfully researched and developed new intellectual properties in the form of a series of innovative technologies and high quality products, and has successfully maintained its leading position in patent applications and grants. "
This new Honey Ultra module marks a key milestone for Trina Solar's State Key Laboratory of PV Science and Technology since its accreditation in November 2013 and follows the Company's development of a new Interdigitated Back Contact ("IBC") cell capable of delivering an industry-leading efficiency of 24.4%. This demonstrates Trina Solar's world-class mono-crystalline silicon module and that the technology behind these high-efficiency modules is suitable for rapid roll-out to large-scale production.
