Solar N Plus products
Solar N Plus - Ultra-High Efficiency N Type Solar Cell
The Solar N Plus' Ultra-High Efficiency N Type Solar Cell represents a leap in photovoltaic technology, boasting a significant conversion efficiency of 25.5% at a mass production scale. Unlike traditional solar cells that suffer from light-induced degradation, this cell's N-type silicon substrate eliminates boron-oxygen bonds, enhancing durability and long-term performance. It features a low temperature coefficient of -0.29%, surpassing the -0.45% seen in PERC cells, which translates to improved power generation efficiency under warm conditions. Further advancing its appeal is the bifaciality greater than 85%, offering at least 1.1% more overall power generation compared to PERC cells. These technological enhancements result in a lower levelized cost of electricity (LCOE), positioning the Solar N Plus cell as a high-performance, economically viable option for solar power generation across diverse environmental conditions.
Solar N Plus - Ultra-high Efficiency Solar Modules
Solar N Plus offers advanced solar modules known for their ultra-high efficiency, specifically designed to maximize energy conversion rates. These modules feature a significantly improved conversion efficiency of 22.9%, reducing the Levelized Cost of Energy (LCOE) and enhancing Balance of System (BoS) savings. They are engineered with a low attenuation rate and come with a long-term 30-year power warranty, featuring less than 0.4% annual linear power decay. The modules have an optimized temperature coefficient of -0.29% and a high bifaciality factor of 85%, which fosters increased power generation. The product line includes models such as SP-N16-144H and SP-N16-144HG, with power outputs ranging from 565-585W and high efficiency maintained at 22.5%. These modules cater to high-demand applications requiring reliable and efficient solar energy solutions.
Solar N Plus - High Efficiency Solar Cell
The PERC 182-10BB solar cell by Solar N Plus is engineered to deliver high conversion efficiency and superior reliability, making it suitable for advanced photovoltaic applications. One of its key technical attributes is the low light-induced degradation, which ensures longer-term performance stability. The solar cell's uniform performance is a result of meticulous process control during manufacturing. Moreover, its power generation capabilities remain robust under conditions of low irradiation, catering to a broader range of environmental conditions. This model integrates electrical performance optimization and technical data advancements, presenting a comprehensive design aimed at higher energy yield. With related products like the TOPCon 182-16BB and PERC 210-10BB, Solar N Plus continues to push the boundaries in solar technology innovations.
Solar N Plus - High Efficiency Solar Modules with Reduced Shading Impact
Solar N Plus provides high-efficiency PERC solar modules, known for their outstanding performance in low light conditions. The advanced design ensures less mismatch and minimized shading impact due to parallel configuration. Additionally, the modules offer a reduced risk of hot spot effects, ensuring long-term reliability and performance. These panels incorporate a range of power options from 405W to 675W, catering to diverse energy requirements. With a focus on innovation, the modules are designed with low attenuation rates and are backed by a comprehensive warranty, demonstrating the company's commitment to quality and longevity. As a solution tailored for both commercial and residential applications, they provide a sustainable and efficient solar energy source.
Solar N Plus - Bifacial Solar Modules
The HJT Bifacial Solar Modules by Solar N Plus are designed for ultra-high efficiency energy generation with ultra-low carbon emissions. These modules provide excellent performance with a temperature coefficient (Pmax) of -0.24%/°C. Additionally, they feature superior anti-LID (Light Induced Degradation) and anti-PID (Potential Induced Degradation) capabilities, ensuring long-term reliability and energy yield in various environmental conditions. The bifacial design increases power output by capturing sunlight from both sides of the module, enhancing energy collection efficiency. These solar modules are available in different power ratings, ranging from 405W to 740W, tailored to meet various energy needs in both residential and commercial applications.