N-type TOPCon Bi-Facial Solar Panel
25 Years Power Warranty
10 Years Product Warranty
N-type TOPCon Bi-Facial Solar PV Panel
The N-type TOPCon Bi-Facial Solar PV panel is engineered for high efficiency and superior energy yield in large-scale utility applications. Built with advanced multi-busbar (MBB) TOPCon cell technology, this panel delivers higher power output, improved temperature performance, and reduced hotspot risk.
Its bifacial design enables additional energy generation from the rear side, increasing overall system efficiency. The module is highly compatible with mainstream trackers and offers excellent shading tolerance, making it ideal for large solar installations.
With enhanced mechanical strength, the panel can withstand harsh environmental conditions including high wind and snow loads. It also features excellent anti-LID and anti-PID performance, ensuring long-term reliability and consistent power generation over its lifetime.
Get More Information TOPCon Bi-Facial Panel 625W – 645W
Power Output Watt
625W – 645W
Maximum Efficiency
22.4% – 23.1%
Power Tolerance
0~+5W
Cells
156 Half-Cut Cells
Features
Designed for utility-scale solar plants, offering optimized cost per watt and higher return on investment.
Fully compatible with mainstream solar trackers, ensuring easy integration in large-scale installations.
Improved performance under partial shading conditions, reducing energy losses in real-world scenarios.
Advanced cell technology minimizes degradation, ensuring long-term reliability and stable power output.
Robust module design withstands harsh environmental conditions including wind and snow loads.
Low temperature coefficient (-0.29%/°C) ensures better performance even in high-temperature conditions.
Advanced N-type TOPCon cells deliver higher efficiency and improved energy generation from both sides.
Module power ranges from 625W to 645W, suitable for high-capacity solar installations.
Bi-facial design captures reflected light from rear side, increasing total energy generation.
Optimized cell architecture reduces hotspot formation, improving module safety and lifespan.
Improves current collection efficiency and reduces resistive losses for better performance.
Engineered for durability with excellent warranty assurance and consistent power output over time.
ELECTRICAL DATA(STC)
| Power Output(Pmax) | W | 625 – 645 |
| Power output tolerances (∆Pmax) | 0 ~ +5W | |
| Module efficiency (ηm) | % | 22.4% – 23.1% |
| Cell efficiency (ηm) | % | 22.8% – 23.3 |
| Voltage at Pmax (Vmpp) | V | 47.38 – 48.18 |
| Current at Pmax (Impp) | A | 13.19 – 13.39 |
| Open-circuit voltage (Voc) | V | 55.82 – 56.70 |
| Short-circuit current (Isc) | A | 14.17 – 14.40 |
Module characteristics at constant module temperatures of 25°C and variable levels of irradiance