A TÜV Rheinland case study examines how module design and performance parameters influence long-term energy yield and project economics beyond nameplate ratings
The Indian PV manufacturer says 0BB architecture will reduce silver use, lower costs, and improve efficiency compared to conventional multi-busbar designs
Researchers from Ningbo Institute of Materials Technology and Engineering (NIMTE) in collaboration with JinkoSolar and other industry partners achieve record efficiency on industrial-scale TOPCon cell ...
The dual-lane JC-CHYA10000 tabber and stringer (CTS) integrates cell slicing, IR soldering, and inline inspection, supporting high-throughput interconnection for mainstream cell formats
This new solar-plus-storage application inverter supports a maximum connected load of 30 kW, while the storage capacity can be expanded to up to 144 kWh
NexWafe presented its epitaxial wafer approach aimed at reducing energy use, material loss, and enabling thinner silicon wafers for future PV applications
Swiss researchers say the industry needs long-term reliability and cost-effective manufacturing more than efficiency milestones for mass solar deployment
Sticky Solar’s low-temperature tape solution (TTS) method addresses challenges in BC cell interconnection, which it claims reduces complexity by shifting interconnection from stringing to lamination, ...
Ling Zhuang, Product Manager at Trinasolar, detailed the company’s TOPCon roadmap, comparing structural performance with BC architecture at the TaiyangNews High Efficiency Solar Technologies Conferenc ...
From early n-PERT projects to recent TOPCon collaborations, ISC Konstanz’s work in India spans technology transfer, process optimization, and technical support
Jochen Rentsch, Head of Technology Transfer at Fraunhofer ISE, outlines TOPCon’s industrial maturity, structural refinements, and the transition toward silicon-perovskite tandem technology
