Hanwha Q CELLS

WE CONTINUE TO STRIVE FOR THE NEXT INNOVATION

Hanwha Q partners

YOUR RELIABLE ENERGY PARTENR, Q CELLS

Technology

TECHNOLOGY

THE INNOVATIVE TECHNOLOGY LEADER

At our diverse R&D locations, Q CELLS employs a unique combination of R&D, pilot productions, and testing to develop and apply innovative manufacturing methods for high-tech products.

  • 01R&D INVESTMENTS
    • GERMANY
    • SOUTH KOREA
    • MALAYSIA
    • CHINA
  • 02TECHNOLOGICAL INNOVATIONS
    • Q.ANTUM TECHNOLOGY
    • Q.ANTUM DUO TECHNOLOGY
    • Q CELLS YIELD SECURITY
  • 03ACCOMPLISHMENTS
    • 19.5% WORLD RECORD

      in polycrystalline cell and module efficiency (2011/2015)

    • SETTING THE STANDARDS

      6 inch solar cells and full squared monocrystalline solar cells

    • NO.1 IN VOLUME

      Largest volume of mass produced PERC cells (5 GW+)

    • SECURING HIGHEST YIELDS UNDER REAL CONDITIONS
      • Anti PID Technology (APT)
      • Hot-Spot Protect (HSP)
      • Anti LID (ALT)
      • Traceable Quality (TRA.Q™)
ADVANCED CELL PERFORMANCE
NEW Q.ANTUM DUO TECHNOLOGY
PERFORMANCE HAS NEVER LOOKED THIS GOOD
The Q.ANTUM DUO Technology developed by Q CELLS is based on our original Q.ANTUM Technology and further cell separation technology with round wires. In addition, 6 busbar, half cell, and wire interconnection deliver not only superior performance, but also overwhelmingly beautiful aesthetics. Q.ANTUM DUO Technology reduces both electrical and optical losses by halving the current passing through each cell while making use of incident light more effectively.

DON’T MAXIMIZE, OPTIMIZE!

  • 6 BUSBAR TECHNOLOGY
    Reduced distance in between the busbars and additional paths for electric current results in 1% power increase. More paths means lower congestion which in return reduces resitive losses.

    STANDARD 4 BUSBAR TECHNOLOGY
    Wider distance between busbars result in a longer distance for electrons and higher resistance.
    ADVANCED 6 BUSBAR TECHNOLOGY
    Shorter distance means less resistance and better capture of excited electrons.
  • HALF-CELL TECHNOLOGY
    Halving the cell halves the current. When combined with a module layout which reduces the distance traveled by the electric current, the result is a 3% increase in power.

    6 BUSBAR HALF-CELL TECHNOLOGY
    Two half cells with 6 busbars have the same or even greater output as a full cell with 12 busbars.
  • WIRE INTERCONNECTION
    Utilizing wires instead of flat ribbons reduces both the width and the effective shading width, decreasing shading by 75% and increasing the power by 2.5%. The light reflected from the round shape of the wires improves the light capturing effect of the module.

    CONVENTIONAL
    100% of ribbon width is effective for shading.
    WIRE INTERCONNECTION
    Reduced width and internal reflection decreases shading by a total of 75%.
  • EXCEPTIONAL POWER
  • SUPERIOR EFFICIENCY
  • BEST-IN-CLASS WARRANTY

Q CELLS solar modules equipped with Q.ANTUM DUO Technology not only offer impressive performance under real life conditions, but also best-in-class performance parameters of 98% power after the first year and 85% after 25 years.

DOWNLOAD Q.PEAK DUO FLYER

HIGH POWER AND EXCEPTIONAL ENERGY YIELD

  • OPTIMIZED SHADING BEHAVIOR
    Upper and lower module sections can operate independently, reducing the impact of shading and increasing energy yields.
  • BEST-IN-CLASS WARRANTY
    Low initial degradation from Anti LID and low yearly degradation from Q.ANTUM DUO, with 85% of initial performance in year 25.
  • ENHANCED TEMPERATURE COEFFICIENT
    Low internal current from Q.ANTUM DUO architecture also reduces resistive losses at higher temperatures, improving energy yields.

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