Core Advantages

Icon Half Cell
The power output of bifacial half-cell module increases and energy yield is higher under high irradiance condition because of low working current
Icon Mechanical Load
Framed module, front/back side maximum static loading 5400/2400Pa, suitable for tracker
Icon High Pressure Rating
Glass and junction box, with high withstand voltage grade, support 1500V systems."
Icon Bifacial Energy Yield
If transparent glass is used on the rear side, the bifaciality will be ~80%; if glazed glass is used, the bifaciality will be ~70%, and the front side power and comprehensive power will be higher
Icon MBB Design
9BB design further improves current collection capability
Icon Low Degradation
Anti-LID, anti-PID, 1st year degradation ≤2%, linear degradation ≤0.45%/year
Icon Mainstream Standard Module
"Mainstream standard module Fully compatible with mainstream inverters and trackers. No problems with system matching."
Icon Gallium-doped Technology
Gallium-doped technology overcomes the LID degradation and guarantees the long-term power generation stability of the module
Icon
Half Cell
The power output of bifacial half-cell module increases and energy yield is higher under high irradiance condition because of low working current
Icon
MBB Design
9BB design further improves current collection capability
Icon
Mechanical Load
Framed module, front/back side maximum static loading 5400/2400Pa, suitable for tracker
Icon
Low Degradation
Anti-LID, anti-PID, 1st year degradation ≤2%, linear degradation ≤0.45%/year
Icon
High Pressure Rating
Glass and junction box, with high withstand voltage grade, support 1500V systems."
Icon
Mainstream Standard Module
"Mainstream standard module Fully compatible with mainstream inverters and trackers. No problems with system matching."
Icon
Bifacial Energy Yield
If transparent glass is used on the rear side, the bifaciality will be ~80%; if glazed glass is used, the bifaciality will be ~70%, and the front side power and comprehensive power will be higher
Icon
Gallium-doped Technology
Gallium-doped technology overcomes the LID degradation and guarantees the long-term power generation stability of the module

Successful Cases

LONGi's high-efficiency PV modules are widely used all over the world, from alpine grasslands to desert wastelands, and from ponds and vegetable beds to household dwellings. LONGi's ultra-high-value PV module products continue to benefit customers and local economy with its advantages of "higher power, lower degradation and higher reliability".
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Hunan 16kW Residential Rooftop Power Station Project

Hunan, China

16.00 kW

Capacity

Brazil 80MW PV Power Station Project

Pernambuco, Brazil

80 MW

Capacity

South Korea PV Power Station Project

Gimcheon, South Korea

0.80 MW

Capacity

Hunan 16kW Residential Rooftop Power Station Project

Hunan, China

16.00 kW

Capacity

Brazil 80MW PV Power Station Project

Pernambuco, Brazil

80 MW

Capacity

South Korea PV Power Station Project

Gimcheon, South Korea

0.80 MW

Capacity
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FAQs

  • What are the classification and application scenarios of LONGi's module products?

  • How to choose between monofacial and bifacial modules?

  • What are the advantages of LONGi Bifacial Modules?

  • How does LONGi guarantee the supply of production capacity?

  • What control measures does LONGi have in terms of module product quality?

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LONGi will provide you with professional consulting services, professional knowledge of PV charging station solution, professional business models of PV industry and professional full life cycle O&M capabilities. Welcome to contact us.

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