PERC Technology

PERC stands for Passivated Emitter Rear Cell which means transmitter and back passivation cell technology.

Comparing with BSF cell on the back, PERC cells use passivation film to passivate the back, replace the traditional all-aluminum back field, enhance the internal back reflection of light in the silicon-based, reduce the compound rate on the back and improves the cell efficiency.

• High photoelectric conversion efficiency, which can significantly reduce the BOS cost of the system.

  01

• Low attenuation, which can ensure the project's power generation.

  02

• The mechanical performance is good, which can effectively reduce hidden cracks.

  03

N-Type TOPCON Technology

TOPCON stands for Tunnel Oxide Passivated Contact.

TOPCON Bifacial modules can absorb sunlight from the front and back, converting light energy into electrical energy, increasing power generation duration and efficiency.

• High photoelectric conversion efficiency, which can significantly reduce the BOS cost of the system.

  01

• Low attenuation, which can ensure the project's power generation.

  02

• The mechanical performance is good, which can effectively reduce hidden cracks.

  03

N-Type Power⁺ Technology

Power+ stands for more power comparing with old size.

Power+ are using rectangle cells to laminate more client’s value size solar modules. Power+ solar modules are perfectly size and higher output comparing with regular N-Type solar modules.

• Power+ module’s efficiency up to 23.0% reaching output of Pmax to 620watt

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• Module’s Size perfectly fit 40HC which saves up to 6% cost on delivery

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• Higher output decreasing
  BOS and LCOE

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N-Type 0BB HJT Technology

0BB stands for 0 busbar technology.HJT stands for Heterojunction with Intrinsic Thin-film.

Comparing with BSF cell on the back, PERC cells use passivation film to passivate the back, replace the traditional all-aluminum back field, enhance the internal back reflection of light in the silicon-based, reduce the compound rate on the back and improves the cell efficiency.

• High photoelectric conversion efficiency, which can significantly reduce the BOS cost of the system.

  01

• Low attenuation, which can ensure the project's power generation.

  02

• The mechanical performance is good, which can effectively reduce hidden cracks.

  03