Key Steps In Making Passivated Contact Cells
Passivated Contact Solar Cells Require 1 to 6 Additional Process Steps Depending On Base Process And Machines While Offering Choice For Process Flow
Passivated contacts is a hot topic when it comes to advanced solar cell architectures. The basic principle of this cell structure is to apply metal contacts without patterning.
Passivated Contacts To Follow In PERC’s Footsteps?
As PERC Solar Technology Comes Closer To Reaching Its Peak Soon, Industry Focuses Lens On Passivated Contacts As Likely Successor
Passivated contacts could be the next big thing after PERC, which undoubtedly became the new standard in solar cell manufacturing. PERC as a technology has made strong progress in improving efficiency in recent year.
23.22% Efficiency For Trina’s Bifacial Solar Cell
Trina Solar Declares 23.22% Efficiency Record For N-Type C-Si I-TOPCon Front Side Bifacial Solar Cell; ISFH CalTec Confirms Independently
The State Key Laboratory of PV Science and Technology (PVST) of Trina Solar in China has set a new ‘world record’ of 23.22% power conversion efficiency for a high-efficiency large-area quasi-monocrystalline n-type (c-Si) I-TOPCon (also called passivated contact technology) solar cell.
