440W Jinko Tiger N-Type Black Frame JKM440N-54HL4R-V
The solar cells utilize Super Multi Busbar technology, which efficiently reduces losses due to microcracks, reduces the power transmission path by 50%, and improves cell efficiency. The module is manufactured with Hot 2.0 technology.
The Jinko solar module is certified for use under wind and snow loads of 2400-5400 Pa and exhibits high resistance to salt and ammonia. It features low-iron, tempered front glass with high light transmittance, a thickness of 3.2mm, and an anti-reflection coating. The frame is made of an anodized aluminum alloy.
Features
- Super Multi Busbar Technology
- PID Resistance (Excellent Anti-PID performance guarantee due to optimized mass production processes and material control)
- Positive power tolerance of 0~+3%
- High efficiency of over 22%
- Manufacturer product warranty: 15 years
- Hot 2.0 Technology
- Improved mechanical resistance to external influences
- Enhanced performance in weak light
HOT 2.0 Technology
The efficient passivation contact technology is applied in HOT 2.0 cells, which updates the micro-nano tunneling through the oxide layer and the carrier-selective lamination of microcrystalline silicon thin films on the back. This advanced structure contributes to better passivation performance and electrical conductivity, increasing the cell efficiency and power generation performance. Under mass production conditions, the maximum efficiency of the N-Type HOT2.0 cell is over 22% and has broad application prospects in the near future.
Super Multi Busbar Technology
Busbars are located on each PV module. They are current bars printed firmly on each solar cell, collecting the generated direct current and conducting it to the busbars. By using more busbars, Jinko reduces shading, shortens transport paths, and reduces resistance in the modules.
N-Type Technology
Compared to P-Type products, N-Type cells, which utilize a different doping technology, perform better in power degradation. The significant increase in the bifacial factor and optimization of the operating temperature also result in higher power gains. When it comes to the LCOE value (Levelized Cost of Energy), the analysis results have significantly reduced compared to conventional P-Type modules.