About AE 210M-18BB N TOPCon SE Bifacial AIDU ENERGY
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6 FAQs about [AE 210M-18BB N TOPCon SE Bifacial AIDU ENERGY]
How efficient are Topcon bifacial cells?
After optimizing the passivation process, the industrial-grade TOPCon bifacial cells reached an efficiency (Eff), Voc, Jsc, and FF values as high as 25.4%, 721 mV, 42.2 mA/cm 2, and 83.5%, respectively. 1. Introduction
How efficient are Topcon solar cells?
Due to the potential for high theoretical limit efficiency as high as 28.7% and low cost , TOPCon solar cells have become one of the prospective technologies in the photovoltaic (PV) market . At present, the highest efficiency for n-TOPCon has achieved 26.4% on an area of 330.15 cm 2 at JinkoSolar .
How to improve conversion efficiency of N-Topcon solar cells?
Improving the conversion efficiency of n-TOPCon solar cell is still a hot topic. The selective poly-Si based passivating contacts (Poly-SEs) are ideal candidates for reducing the parasitic absorption and contact resistivity of n-type silicon solar cells and for providing better current collection.
What is the efficiency of N-Topcon?
At present, the highest efficiency for n-TOPCon has achieved 26.4% on an area of 330.15 cm 2 at JinkoSolar . The TOPCon structure consists of an ultrathin silicon oxide (SiOx) film and an n (+) doped polysilicon (poly-Si) layer, which uses the concept of tunnel selectivity engineering.
What is the Topcon structure?
The TOPCon structure consists of an ultrathin silicon oxide (SiOx) film and an n (+) doped polysilicon (poly-Si) layer, which uses the concept of tunnel selectivity engineering. By employing thin SiOx layer, it was possible to obtain the tunneling selectivity which allows electron transmission from Si to n+ -poly-Si layer while holes are repelled.
How much fa/cm2 does tdep change with temperature?
For Tdep, J0 exhibits a small change of approximately 1 fA/cm 2 with increasing Tdep from 770 to 810 °C (Fig. 8 b).
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