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  • 710-730W HJT bifacial HBOWA solar panel PV module
  • 710-730W N-type HJT Bifacial PV module
  • HJT N-Type HBOWA Solar Panel Bifacial
  • 710-730W HJT bifacial HBOWA solar panel PV module
  • 710-730W N-type HJT Bifacial PV module
  • HJT N-Type HBOWA Solar Panel Bifacial

HBOWA 710-730W N-Type HJT Bifacial Solar Panel

CheckBrand: HBOWA or OEM service

CheckSolar cell: 210mm N-type HJT

CheckType: Bifacial

Check MAximum Efficiency: 23.50%

CheckNo. of cells: 132 cells

CheckMaximum Efficiency: 23.5%

CheckPower range: 710-730 watt

CheckWeight: 38.3kg

CheckLead Time:7-10 days

CheckWarranty: 30 Years

pdf documentDatasheet

PERC solar panel certificates

Description

The HJT bifacial solar module has a power output ranging from 710W to 730W, compared with PERC PV modules, HJT N-type solar panels have higher power output, higher reliability, and longer lifespan. HJT bifacial solar panels output 3% to 4% more energy per watt compared to TOPcon bifacial solar panels. They are suitable for ground-mounted solar panel power systems.

HBOWA manufactures various types of solar panels, such as PERC, TOPCon, single glass, dual glass, full black, and so on. We provide customization services, if you have any special requirements, feel free to let us know. Besides, HBOWA has cooperated deeply with brands Longi, JA, Jinko, Trinasoloar, etc., and has large quantities in stock, welcome to inquiry for bulk price. HJT MBB half-cut bifacial module HBOWA solar panelHJT MBB half-cut bifacial module drawing and performance

 

Technical Data

Maximum Power(W) 710 715 720 725 730
Maximum Power Voltage(V) 41.93 42 42.07 42.14 42.21
Maximum Power Current(A) 16.95 17.05 17.15 17.25 17.35
Open Circuit Voltage(V) 50.01 50.09 50.17 50.25 50.33
Short Circuit Current(A) 18 18.1 18.2 18.3 18.4
Module Efficiency(%) 22.86 23.02 23.18 23.34 23.5
Power tolerance 0-+3%
STC: Iradiance 1000W/m²,Cell Temperature 25°C, Air Mass AM1.5

Advantages

HJT solar panel bifacial module
More Power

High Power Energy Conversion

Heterojunction technology combines the advantages of crystalline silicon and amorphous silicon, enabling HJT solar panels’ more efficient conversion of light energy into electrical energy. It typically boasts higher conversion efficiency and maintains high output power under high-temperature conditions. HJT solar panels, due to their structural design and material selection, are less prone to performance degradation in harsh environments, resulting in a longer lifespan and higher reliability.

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