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  • Monocrystalline silicon solar panel ODA-120MHD（182

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    • Double-sided power generation can significantly improve the equivalent power generation of solar panels. Higher power of solar panels can effectively reduce system BOS cost.
    • Suitable for areas with higher temperature and higher humidity, resistant to salt spray ammonia gas with firing rating in A. Anti-PID performance improvement through battery process optimization and material control.
    • Excellent IAM and low light performance. More power generation by lower temperature coefficient and lower operating temperature.
    • The conventional frame design makes the double-glass solar panels suitable for various mounting modes. Easy to hold, transport and install.

  • Monocrystalline silicon solar panel ODA-132MHD（182

    Call for Price
    • Double-sided power generation can significantly improve the equivalent power generation of solar panels. Higher power of solar panels can effectively reduce system BOS cost.
    • Suitable for areas with higher temperature and higher humidity, resistant to salt spray ammonia gas with firing rating in A. Anti-PID performance improvement through battery process optimization and material control.
    • Excellent IAM and low light performance. More power generation by lower temperature coefficient and lower operating temperature.
    • The conventional frame design makes the double-glass solar panels suitable for various mounting modes. Easy to hold, transport and install.

  • Monocrystalline silicon solar panel ODA-144MHD（182

    Call for Price
    • Double-sided power generation can significantly improve the equivalent power generation of solar panels. Higher power of solar panels can effectively reduce system BOS cost.
    • Suitable for areas with higher temperature and higher humidity, resistant to salt spray ammonia gas with firing rating in A. Anti-PID performance improvement through battery process optimization and material control.
    • Excellent IAM and low light performance. More power generation by lower temperature coefficient and lower operating temperature.
    • The conventional frame design makes the double-glass solar panels suitable for various mounting modes. Easy to hold, transport and install.

  • Monocrystalline silicon solar panel ODA-156MHD（182

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    • Double-sided power generation can significantly improve the equivalent power generation of solar panels. Higher power of solar panels can effectively reduce system BOS cost.
    • Suitable for areas with higher temperature and higher humidity, resistant to salt spray ammonia gas with firing rating in A. Anti-PID performance improvement through battery process optimization and material control.
    • Excellent IAM and low light performance. More power generation by lower temperature coefficient and lower operating temperature.
    • The conventional frame design makes the double-glass solar panels suitable for various mounting modes. Easy to hold, transport and install.

  • Monocrystalline silicon solar panel ODA-100MHD（210

    Call for Price
    • Double-sided power generation can significantly improve the equivalent power generation of solar panels. Higher power of solar panels can effectively reduce system BOS cost.
    • Suitable for areas with higher temperature and higher humidity, resistant to salt spray ammonia gas with firing rating in A. Anti-PID performance improvement through battery process optimization and material control.
    • Excellent IAM and low light performance. More power generation by lower temperature coefficient and lower operating temperature.
    • The conventional frame design makes the double-glass solar panels suitable for various mounting modes. Easy to hold, transport and install.

  • Monocrystalline silicon solar panel ODA-110MHD（210

    Call for Price
    • Double-sided power generation can significantly improve the equivalent power generation of solar panels. Higher power of solar panels can effectively reduce system BOS cost.
    • Suitable for areas with higher temperature and higher humidity, resistant to salt spray ammonia gas with firing rating in A. Anti-PID performance improvement through battery process optimization and material control.
    • Excellent IAM and low light performance. More power generation by lower temperature coefficient and lower operating temperature.
    • The conventional frame design makes the double-glass solar panels suitable for various mounting modes. Easy to hold, transport and install.

  • Monocrystalline silicon solar panel ODA-120MHD（210

    Call for Price
    • Double-sided power generation can significantly improve the equivalent power generation of solar panels. Higher power of solar panels can effectively reduce system BOS cost.
    • Suitable for areas with higher temperature and higher humidity, resistant to salt spray ammonia gas with firing rating in A. Anti-PID performance improvement through battery process optimization and material control.
    • Excellent IAM and low light performance. More power generation by lower temperature coefficient and lower operating temperature.
    • The conventional frame design makes the double-glass solar panels suitable for various mounting modes. Easy to hold, transport and install.

  • Monocrystalline silicon solar panel ODA-132MHD（210

    Call for Price
    • Double-sided power generation can significantly improve the equivalent power generation of solar panels. Higher power of solar panels can effectively reduce system BOS cost.
    • Suitable for areas with higher temperature and higher humidity, resistant to salt spray ammonia gas with firing rating in A. Anti-PID performance improvement through battery process optimization and material control.
    • Excellent IAM and low light performance. More power generation by lower temperature coefficient and lower operating temperature.
    • The conventional frame design makes the double-glass solar panels suitable for various mounting modes. Easy to hold, transport and install.

  • Monocrystalline silicon solar panel ODA-108MHD（182

    Call for Price
    • Double-sided power generation can significantly improve the equivalent power generation of solar panels. Higher power of solar panels can effectively reduce system BOS cost.
    • Suitable for areas with higher temperature and higher humidity, resistant to salt spray ammonia gas with firing rating in A. Anti-PID performance improvement through battery process optimization and material control.
    • Excellent IAM and low light performance. More power generation by lower temperature coefficient and lower operating temperature.
    • The conventional frame design makes the double-glass solar panels suitable for various mounting modes. Easy to hold, transport and install.

  • Monocrystalline silicon solar panel ODA-144MH(144

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    • New circuit design, lower internal current and lower internal resistance loss
    • The unique circuit design to reduce the temperature of heat spot significantly,so that to reduce the power loss and then increase the output of modules.
    • Increasing power generation can reduce the cost per kilowatt-hour
    • The performance of PID resistance(Potential Induced Degradation) passed the standard of TUV Nord.
     

  • Monocrystalline silicon solar panel ODA425-27V-MHD

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    • Better light trapping and current collection to improve module power output and reliability.
    • Certified to withstand: wind load (2400 Pascal) and snow load (5400 Pascal).

  • Monocrystalline silicon solar panel ODA690-33V-MHD

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    • Better light trapping and current collection to improve module power output and reliability.
    • Certified to withstand: wind load (2400 Pascal) and snow load (5400 Pascal).