Des:The series integrates 166mm silicon wafers with PERC, half-cell technologies. Our 9BB design improves current collection capability. The power of half-cell module increases, and the hot spot risk reduces because of lower working current. Gallium-doped technology overcomes LID degradation and guarantees the long-term power generation of the module. Better Weak Illumination Response, more power output in weak light condition, such as haze, cloudy, and early morning.
Des:Dual-glass module is based on 166mm silicon wafers with PERC, multi-busbar, half-cell technologies and high-density packaging. It has better resistance and can reduce the probability of fire, increase moisture resistance, anti-corrosion property to acid and alkaline solution.
Des:The product combines 166mm silicon wafers with PERC, multi-busbar. The power output of a bifacial half-cell module increases and energy yield is higher under adequate irradiance conditions. Anti-LID, anti-PID, 1st year degradation ≤2%, linear degradation ≤0.45%/year.
Des:The series integrates 182mm large-size silicon wafers increases the wafer size, optimizes the layout profoundly and decreases the invalid power generation area. Multi-busbar, uniform smart soldering increases the power and efficiency of the module, and improves the load capacity. With MBB and Half-Cell technology, the maximum power breaks through 590W+
Des:Dual-glass module is based on 182mm large-size silicon wafers, high power, high efficiency, high compatibility, high quality and low BOS. It can reduce the risk of fire, increase moisture resistance, anti-corrosion property to acid and alkaline solution.
Des:The product combines 182mm large-size silicon wafers with PERC, multi-busbar, half-cut，and improve the energy density of the module with high-density cell interconnect technology and bifacial technology. In addition, depending on the installation environment, the backside power gain is about 25%. This series is suitable for utility-scale power stations and distributed project.
Des:Refresh the experience of high efficiency. The series adopts N-type TOPCon cell and features high-density packaging, enhanced reliability, non-destructive cutting and other technologies to achieve the core strengths of ultra-high power generation/ultra-high efficiency, lower LID / LETID, optimized temperature coefficient, good capture in low light effect and high compatibility.
Des:Dual-glass module is based on 182mm N-type TOPCon, high power, high efficiency, high compatibility, high quality and lower temperature coefficient. It has better resistance and can reduce the probability of fire, increase moisture resistance, anti-corrosion property to acid and alkaline solution
Des:The product combines 182mm large-size silicon wafers with N-type TOPCon, multi-busbar, half-cut, and improve the energy density of the module with high-density cell interconnect technology and bifacial technology. The backside generates electricity up to 25%, it effectively absorbs the incident light in the positive side and reflected and scattered light in the back side, outputs enough power.
Des:Based on ZNSHINE Solar's leading multi-busbar technology, the modules adopt the 210mm silicon wafer, half-cut technology, non-destructive cutting technology, avoid the damage of cutting surface, realize the optimal half-cell design, and reduce the current loss and the risk of hot spot and high-density interconnect technologies, which together allow it to reach 670W power output and 21.6% module efficiency.
Des:Dual-glass module is based on 210mm silicon wafer, high power, high efficiency, high compatibility, high quality and low BOS. Gallium-doped technology overcomes LID degradation and guarantees the long-term power generation of the module.. It can reduce the probability of fire, increase moisture resistance, anti-corrosion property to acid and alkaline solution.
Des:The product combines 210mm large-size silicon wafers with PERC, multi-busbar, half-cut，and improve the energy density of the module with high-density cell interconnect technology and bifacial technology. The bifacial layout brings greater power, and the maximum backside gain is up to 25%. This series is suitable for utility-scale power stations and distributed project.
