High Efficiency 330W Poly Solar PV Module from Leading China Factory Suppliers
Looking for high-efficiency 330W Poly Solar PV Modules? Partner with a premier China factory and trusted suppliers for SBP6-72-330 panels featuring 17.5% efficiency and EL double-inspection. Fast delivery available via Qingdao or Tianjin port.
The Shaobo 330W High-Efficiency Polycrystalline Solar PV Module is a premium energy solution engineered for maximum energy harvest and long-term operational durability. By integrating an advanced 5BB (5 Busbar) design, this module significantly reduces cell series resistance and optimizes electrical interconnects, delivering a verified power output of up to 330W and a superior conversion efficiency of 17.5% as certified by TUV Rheinland.
Built to excel in the most demanding environmental conditions, these modules feature specialized anti-reflective and anti-soiling surface treatments to minimize power loss caused by dust and debris. Combined with exceptional low-light performance and a rigorous 100% EL double-inspection process, Shaobo ensures a defect-free, high-performance product that provides stable, reliable green energy for both residential and commercial solar installations.
| Max Power (Pmax) | 330W | Module Efficiency | 17.5% |
|---|---|---|---|
| Max Power Voltage (Vmp) | 37.32V | Max Power Current (Imp) | 8.85A |
| Open-circuit Voltage (Voc) | 45.45V | Short-circuit Current (Isc) | 9.4A |
| Cell Type | Poly-crystalline (6 inches) | Cell Quantity | 72pcs (6×12) |
| Dimensions | 1955 x 992 x 40 mm | Glass Type | Low Iron Tempered Glass |
Certified to withstand extreme environmental stress, including high wind loads of 2400Pa and heavy snow loads of 5400Pa.
Engineered with Potential Induced Degradation (PID) resistant materials to ensure long-term power stability and lifespan.
Advanced 5BB cell design reduces internal resistance, achieving a verified efficiency of up to 17.5% via TUV Rheinland.
Optimized to maintain outstanding power generation even in low-light irradiance environments for consistent daily yield.
100% EL double-inspection process ensures every module is free of micro-cracks and internal defects before shipping.
Special anti-reflective coating reduces power loss caused by dirt and dust accumulation on the glass surface.
Modules are strictly binned by current to maximize string matching and overall system performance.
Integrated bypass diodes protect the array from shading-induced hotspots and power drops.
Positive power tolerance (0 to +3%) ensures you always get the rated power or more.
Optimized temperature coefficients (Pmax -0.40%/°C) for stable output in hot climates.
Available in Silver, Black, or Golden anodized aluminum frames to match architectural needs.
Junction boxes rated IP65 or higher to prevent moisture ingress and ensure electrical safety.
| Feature | Standard Poly Panel | Shaobo High-Eff Panel |
|---|---|---|
| Conversion Efficiency | 14% - 15% | Up to 17.5% |
| Quality Inspection | Single Visual Check | 100% EL Double-Inspection |
| Low-Light Yield | Moderate | Outstanding Performance |
| Load Capacity | Basic Standard | 2400Pa Wind / 5400Pa Snow |
| PID Resistance | Variable | Excellent PID Protection |
The 5BB (5 Busbar) design reduces the distance electrons travel, lowering cell series resistance and reducing stress between interconnectors, which significantly boosts the module's overall conversion efficiency.
The anti-reflective and anti-soiling coating prevents dust, dirt, and grime from sticking to the glass, ensuring maximum sunlight penetration and reducing maintenance frequency.
This means the actual power output of the module will never be lower than the rated power (330W) and could be up to 3% higher, ensuring guaranteed energy delivery.
Yes, these modules are certified to withstand snow loads up to 5400Pa, making them highly durable for alpine or northern climates.
Electroluminescence (EL) inspection is like an X-ray for solar cells. Double-inspection ensures that micro-cracks or inactive areas are identified and removed, guaranteeing a defect-free product.
Bypass diodes allow current to flow around shaded cells, preventing "hot spots" from forming, which protects the module from permanent damage and maintains system output during partial shading.
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