Introduction

Introducing the DuSol N-Type Solar Module, engineered for superior efficiency and long-term reliability. Utilizing advanced N-type silicon, it eliminates Light-Induced Degradation (LID) for consistent, high energy output. With enhanced durability and excellent performance, the DuSol N-Type Module is the ideal choice for maximizing your solar energy investment.

General Description

Discover the DuSol N-Type Solar Module, the pinnacle of solar innovation designed to elevate your energy generation. Engineered with cutting-edge N-type silicon technology, this module delivers peak efficiency and unmatched reliability by eliminating Light-Induced Degradation (LID) commonly seen in traditional panels.
Experience breakthrough performance with enhanced durability and outstanding low-light responsiveness. The DuSol N-Type Solar Module ensures maximum power output and longevity, making it the smart choice for those who demand excellence. Upgrade your solar system with DuSol and harness superior energy efficiency and long-lasting value for your investment.

N-Type module

Introducing the latest DuSol Solar Panels 585Wp, engineered to eliminate the common issue of Light-Induced Degradation (LID) found in traditional p-type modules. This degradation occurs due to the Boron-Oxygen effect, where Boron in p-type silicon interacts with oxygen impurities under sunlight, forming complexes that reduce the panel’s power output by up to 10% over its lifetime.The degradation of minority carrier lifetime in the bulk due to activation of the BO complex can degrade all three characteristic illuminated I–V parameters: short-circuit current density Jsc, open-circuit voltage Voc and fill factor FF. (Fertig et.al, 2013). Unlike conventional p-type panels, DuSol’s advanced N-type technology is free from Boron, thereby completely avoiding the Boron-Oxygen effect and the associated LID. This innovation ensures a longer lifespan, enhanced efficiency, and an extended warranty for your solar investment. Choose DuSol 585Wp panels for superior performance and reliability, free from the limitations of LID.

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Higher efficiency

Absence of Boron-oxygen effect and better lifetime of minority carriers has better effect on solar modules’ efficiency – that remains high through its life time.
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SMBB Technology

SMBB technology is superior to traditional busbar technology due to its ability to reduce shading losses, improve current collection, enhance durability, provide better aesthetics, increase power output, and improve performance under partial shading conditions. These benefits make SMBB a more advanced and efficient choice for modern solar panels, leading to higher overall performance and longer-lasting solar installations.

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