300W N-Type Mono Solar Panel Higher Performance & Lower Degradation for Residential/Industrial Systems
- 300W N-Type Monocrystalline Solar Panel represents a significant advancement over conventional P-Type PERC technology, delivering higher conversion efficiency, lower long-term power degradation, and enhanced reliability across both residential rooftop and industrial-scale energy systems. At the heart of this panel lies an N-Type monocrystalline silicon cell — a substrate material with inherently lower susceptibility to light-induced degradation (LID) and boron-oxygen defect formation that commonly affects P-Type cells. This fundamental material advantage translates into a first-year degradation rate of less than 1% and an annual degradation rate as low as 0.4% thereafter, ensuring the panel delivers measurably more cumulative energy over a 25-year operational lifetime compared to equivalent-rated P-Type alternatives.
- Half Cut Cell Monocrystalline PERC Solar PanelISO9001:2008, ISO14001:2004, OHSAS18001 Factorycertificates IEC61215, IEC61730 product certificates
- MULTI BUS BAR TECHNOLOGY: Improve efficiency of modules, offers better appearance.
- HALF CUT TECHNOLOGY: Under the same shadow condition, Lower power loss than full cell.
- PERC CELL TECHNOLOGY: 120N Tensile Strength Frame110% Seal-lip Design Glue Injection.
- LOW LIGHT PERFORMANCE: By high efficiency glass with surface veneering technology to Achieve excellent performance in low light conditions.
Product Parameters
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450W High-Efficiency Half-Cell Monocrystalline Solar Panel Durable for Home & Commercial Rooftop
- 450W High-Efficiency Half-Cut Monocrystalline Solar Panel is engineered to deliver exceptional power output and long-term reliability across both residential rooftop and commercial building installations. Built on advanced monocrystalline cell technology combined with a precision half-cut cell architecture, this panel achieves superior conversion efficiency and consistent energy generation performance throughout its operational lifetime. The half-cut cell design splits each cell into two independent halves, significantly reducing resistive current losses within each string, suppressing hot spot formation, and improving overall module power output — particularly under partial shading conditions commonly encountered in rooftop environments with chimneys, vents, or adjacent structures casting intermittent shadows.
- Half Cut Cell Monocrystalline PERC Solar PanelISO9001:2008, ISO14001:2004, OHSAS18001 Factorycertificates IEC61215, IEC61730 product certificates
- MULTI BUS BAR TECHNOLOGY: Improve efficiency of modules, offers better appearance.
- HALF CUT TECHNOLOGY: Under the same shadow condition, Lower power loss than full cell.
- PERC CELL TECHNOLOGY: 120N Tensile Strength Frame110% Seal-lip Design Glue Injection.
- LOW LIGHT PERFORMANCE: By high efficiency glass with surface veneering technology to Achieve excellent performance in low light conditions.
580W 144 Single Glass Half-chip Monocrystalline Solar Photovoltaic Module
- Multi-busbar TOPCon (MBB) 10 busbar cells are used. Fully upgraded to 10 or 16 busbar cells, with stronger current collection capability and more stable power output.
- The unique circuit design reduces the hot spot temperature and reduces the power loss,and improves the power generation of the module. Under low irradiance of 200 W/m², relative conversion efficiency remains at or above 97%, maximizing energy harvest during early morning, late afternoon, and overcast periods.
- Anti-PID performance has been validated under rigorous test conditions of 85°C and 85% relative humidity over 96 continuous hours, confirming minimal susceptibility to potential-induced degradation and ensuring stable long-term system output.
600W 144 Single Glass Half-chip Monocrystalline Solar Photovoltaic Module
- Multi-busbar TOPCon (MBB)10 busbar cells are used. Fully upgraded to 10 or 16 busbar cells, with stronger current collection capability and more stable power output.
- The half-cut cell circuit configuration effectively reduces hot spot temperatures and resistive power losses within each cell string, directly improving overall module power generation performance and extending long-term component reliability. With a power temperature coefficient of only -0.32%/K, the module maintains superior output stability at high operating temperatures, making it well-suited for hot-climate and high-irradiance installations.
- Structurally, the module is certified to withstand wind loads of 2,400 Pa and snow loads of 5,400 Pa, ensuring dependable performance in demanding environmental conditions including coastal, high-altitude, and heavy-snowfall regions.
- Relative conversion efficiency≥97% under 200W/m2 low light, Lower sealing loss, more suitable for high-efficiency modules.
- The authoritative test of anti-PID (potential-induced degradation) under severe conditions (85°C/85%RH, 96 hours), the probability of degradation caused by the PID phenomenon is minimized.
620W 144 Pieces of Double Glass Half-piece Monocrystalline Solar Photovoltaic Module
- Built for the demands of modern utility-scale and commercial solar installations, the 620W Double Glass Half-Cut Monocrystalline PV Module combines cutting-edge TOPCon cell technology with robust structural engineering to deliver outstanding power output and long-term reliability in a single, high-performance package.
- At the core of this module lies a fully upgraded Multi-Busbar TOPCon (MBB) cell design featuring 10 to 16 busbars per cell. Compared to conventional busbar configurations, this architecture significantly improves current collection across the cell surface, reduces internal resistive losses, and ensures a more consistent and stable power output across the full service life of the module — even under variable irradiance conditions.
- Integral component by the approval of 2400pa wind load and 5400pa snow load.
- Power temperature coefficient as low as -0.32%/K.
- The unique circuit design reduces the hot spot temperature and reduces the power loss, and improves the power generation of the module.
- Relative conversion efficiency≥97% under 200W/m2 low light, Lower sealing loss, more suitable for high-efficiency modules.
- The authoritative test of anti-PID (potential-induced degradation) under severe conditions (85°C/85%RH, 96 hours), the probability of degradation caused by the PID phenomenon is minimized.