Monocrystalline Modules

Key Parameter

Component model: JHN5/78GD610
STC NMOT  
Maximum output power (Pmax): 610/453 W
Maximum operating voltage (Vmp): 45.6/43.3 V
Maximum operating current (Imp): 13.38/10.48 A
Open circuit voltage (Voc): 55.3/51.9 V
Short circuit current (Isc):  14.03/11.33 A
Component efficiency: 21.82%
Under standard test conditions (STC): Precision of 1000W/m ³. The battery temperature is 25 ℃, AM1.5  
Component nominal operating temperature (NMOT). Precision=800W/m ³. AM1.5, Environmental temperature 20 ℃, wind speed=1m/s

Describe

The cornerstone of the high-efficiency energy revolution and the core driving force of the global zero carbon future. Under the accelerating global wave of energy transformation, monocrystalline photovoltaic modules reshape the efficiency of solar energy utilization with cutting-edge technology, providing an efficient and reliable energy cornerstone for industrial and commercial power stations, household energy storage, and new energy integration systems. By adopting N-type TOPCon battery technology, the conversion efficiency of components has exceeded 24.5%, and the power generation of the same area has increased by 12% compared to traditional P-type components. The cost of electricity per kilowatt hour has been reduced by 20% during the lifecycle, making it the preferred technology path for global carbon neutrality strategy. Vertical technological barriers: 1. Ultimate efficiency, cost per kilowatt hour disruptor - N-type monocrystalline silicon wafer+ultra-fine grid line process, with an 18% increase in light absorption rate, and a peak power generation efficiency of 95% in low light environments; Double sided double glass design, with a back gain of up to 30%, suitable for high reflection scenarios such as snow and desert, leading the industry in comprehensive energy efficiency. 2. 25 years of ultra stable output with zero LID (photo induced attenuation) technology and anti PID packaging process, with first year attenuation ≤ 0.5% and 25 year power retention rate ≥ 90%; IP68 fully sealed structure, resistant to moisture and heat, wind pressure (2400Pa), and salt spray corrosion, passed the dual limit test of desert 85 ℃ high temperature and Nordic -40 ℃ extreme cold. 3. Flexible integration, lightweight design suitable for the entire scene (19kg/㎡), seamless integration of load-bearing sensitive roofs, agricultural photovoltaic greenhouses, and new energy barriers; Customizable sizes (0.5 ㎡~2.4 ㎡), supporting BIPV building photovoltaic integration and efficient deployment of distributed microgrids. Global scenario effectiveness verification of a 1GW desert power station in the Middle East: N-type monocrystalline modules increase power generation by 8.7% compared to P-type single watt units, resulting in an annual increase in electricity bills of over 12 million US dollars; Norwegian Polar Community Microgrid: Operating in a -40 ℃ environment for 3 years with an annual attenuation rate of only 0.28%, it has obtained IEC Double 85 certification. Through global authoritative certifications such as T Ü V Rheinland, UL, IEC 61215/61730, and a 25 year linear warranty covering over 100 countries, we empower leading enterprises in the fields of energy, transportation, and communication. Why choose monocrystalline photovoltaics? Technological generational advantage - N-type TOPCon leads PERC two generations in mass production efficiency, locking in technological dividends for the next 10 years; Full life cycle benefits - Within the 25 year operating cycle, the IRR (internal rate of return) of more crystal components is increased by 35%; Zero carbon value chain endorsement - reducing carbon emissions by 1500 tons per MW component throughout its lifecycle, helping to boost ESG ratings. Fulfill the energy commitment of sustainable growth with every ray of sunshine