What is Shingled Photovoltaic Module Technology?

Dazzling appearance

  • Innovative Design: Features low-temperature bonding and high-density layouts for enhanced efficiency and performance.
  • Aesthetic Appeal: Offers a sleek and beautiful appearance suitable for various installations.
  • Uniform Layout: Provides better aesthetics with consistent and visually appealing module design.

Design Principles Of The Shingled Modules

  • Welding Limitations: Traditional welding methods have restricted advancements in solar cell technology and module quality.

  • Adhesives in Photovoltaics: Since 2001, Japanese companies have adapted conductive adhesives, including tape and film, from electronics to the photovoltaic industry.

  • Shingled Module Innovation: Shingled modules revolutionize solar technology by pioneering the use of low-temperature adhesives, enhancing performance and durability.

Exceptional Performance Under Mechanical Load

After a mechanical load test at 8100Pa under room temperature conditions, the results showed no new micro-cracks and a power degradation of less than 0.5%.

Better Anti-Shading Performance

Lower Operating Temperature

Green And Ecological

Learn More Technology

Half-cut

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A bifacial module technology generates electricity from both the front and back sides. When sunlight hits the module, part of the light is reflected by the surrounding environment onto the back side, where it is absorbed by the cells to produce additional energy, enhancing overall power generation efficiency.

Bifacial

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Interdigitated Back Contact (IBC) technology utilizes N-type silicon wafers coated with a thermal oxide film on both sides to enable energy conversion through back contacts. With no shading on the front surface, the cells can capture maximum sunlight, significantly improving energy conversion efficiency.

IBC

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The Tunnel Oxide Passivated Contact (TOPCon) cell features a structure that enables one-dimensional longitudinal carrier transport while minimizing recombination between metals and silicon substrates, resulting in enhanced efficiency and stronger integrated power generation.

N-TOPCon

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A bifacial module technology generates electricity from both the front and back sides. When sunlight hits the module, part of the light is reflected by the surrounding environment onto the back side, where it is absorbed by the cells to produce additional energy, enhancing overall power generation efficiency.

HJT

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Shingled technology involves cutting silicon wafers into more than five pieces and bonding them with flexible conductive adhesive at low temperatures. This seamless connection between cells enhances module efficiency, reduces energy losses, and significantly increases overall output power.

Shingled

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