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The Huasun Everest-G12R series modules offer a maximum output power of 669W and a peak efficiency of 24.77%. These modules are available in a range of designs suited to various application scenarios, making the Everest series an ideal solution for utility-scale projects, commercial and industrial applications, as well as residential installations.
669 W
Champion Power
24.77%
Champion Efficiency
15-year
Product Warranty
30-year
Performance Warranty
    600-630W
    Power Output Range
    22.2-23.3%
    Module Efficiency Range
    Higher Reliability
    • Material-efficient Wafer Cutting Technology
    • Superior Protective Encapsulation
    • Double Glass Design
    • Lower Degradation Rate
    More Power Generation
    • Advanced Technology Platform of n-type Double-sided Microcrystalline Cells
    • Zero-busbar HJT Technology
    • Light Conversion Film Technology
    • Space-Optimized Design for Higher Container Capacity
    500-525W
    Power Output Range
    22.5-23.6%
    Module Efficiency Range
    Higher Reliability
    • Material-efficient Wafer Cutting Technology
    • Superior Protective Encapsulation
    • Double Glass Design
    • Lower Degradation Rate
    More Power Generation
    • Advanced Technology Platform of n-type 210 mm Double-sided Microcrystalline Cells
    • Zero-busbar HJT Cell Technology
    • Light Conversion Film Technology
    • Space-Optimized Design for Higher Container Capacity
    495-520W
    Power Output Range
    22.3-23.4%
    Module Efficiency Range
    Higher Reliability
    • Material-efficient Wafer Cutting Technology
    • Superior Protective Encapsulation
    • Double Glass Design
    • Lower Degradation Rate
    More Power Generation
    • Advanced Technology Platform of n-type 210 mm Double-sided Microcrystalline Cells
    • Zero-busbar HJT Cell Technology
    • Light Conversion Film Technology
    • Space-Optimized Design for Higher Container Capacity
    495-520W
    Power Output Range
    22.3-23.4%
    Module Efficiency Range
    Higher Reliability
    • Material-efficient Wafer Cutting Technology
    • Superior Protective Encapsulation
    • Double Glass Design
    • Lower Degradation Rate
    More Power Generation
    • Advanced Technology Platform of n-type 210 mm Double-sided Microcrystalline Cells
    • Zero-busbar HJT Cell Technology
    • Light Conversion Film Technology
    • Space-Optimized Design for Higher Container Capacity
    505-530W
    Power Output Range
    22.7-23.9%
    Module Efficiency Range
    Higher Reliability
    • Material-efficient Wafer Cutting Technology
    • Superior Protective Encapsulation
    • Double Glass Design
    • Lower Degradation Rate
    More Power Generation
    • Advanced Technology Platform of n-type 210 mm Double-sided Microcrystalline Cells
    • Zero-busbar HJT Cell Technology
    • Light Conversion Film Technology
    • Space-Optimized Design for Higher Container Capacity
    440-465W
    Power Output Range
    22.0-23.3%
    Module Eefficiency Range
    Higher Reliability
    • Material-efficient Wafer Cutting Technology
    • Superior Protective Encapsulation
    • Double Glass Design
    • Lower Degradation Rate
    More Power Generation
    • Advanced Technology Platform of n-type 210 mm Double-sided Microcrystalline Cells
    • Zero-busbar HJT Cell Technology
    • Light Conversion Film Technology
    • Space-Optimized Design for Higher Container Capacity
    435-460W
    Power Output Range
    21.8-23.0%
    Module Efficiency Range
    Higher Reliability
    • Material-efficient Wafer Cutting Technology
    • Superior Protective Encapsulation
    • Double Glass Design
    • Lower Degradation Rate
    More Power Generation
    • Advanced Technology Platform of n-type 210 mm Double-sided Microcrystalline Cells
    • Zero-busbar HJT Cell Technology
    • Light Conversion Film Technology
    • Space-Optimized Design for Higher Container Capacity
    435-460W
    Power Output Range
    21.8-23.0%
    Module Efficiency Range
    Higher Reliability
    • Material-efficient Wafer Cutting Technology
    • Superior Protective Encapsulation
    • Double Glass Design
    • Lower Degradation Rate
    More Power Generation
    • Advanced Technology Platform of n-type 210 mm Double-sided Microcrystalline Cells
    • Zero-busbar HJT Cell Technology
    • Light Conversion Film Technology
    • Space-Optimized Design for Higher Container Capacity
    445-470W
    Power Output Range
    22.3-23.5%
    Module Efficiency Range
    Higher Reliability
    • Material-efficient Wafer Cutting Technology
    • Superior Protective Encapsulation
    • Double Glass Design
    • Lower Degradation Rate
    More Power Generation
    • Advanced Technology Platform of n-type 210 mm Double-sided Microcrystalline Cells
    • Zero-busbar HJT Cell Technology
    • Light Conversion Film Technology
    • Space-Optimized Design for Higher Container Capacity
  • HSN-210R-B132DS
  • HSN-210R-B108DS
  • HSN-210R-B108DSN
  • HSN-210R-B108DSB
  • HSN-210R-S108DSB
  • HSN-210R-B96DS
  • HSN-210R-B96DSN
  • HSN-210R-B96DSB
  • HSN-210R-S96DSB
Module information
HS-210R-B96-DS
HS-210R-B96-DS
  • Open Circuit Voltage(Voc)
    50.74V
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