Bifacial Dual-Glass Modules

Key Parameter

Component model: JHN5/78GD630
STC NMOT  
Maximum output power (Pmax): 630/467 W
Maximum operating voltage (Vmp): 46.2/43.7V
Maximum operating current (Imp): 13.64/10.69 A
Open circuit voltage (Voc): 55.7/52.3 V
Short circuit current (Isc): 14.35/11.58 A
Component efficiency: 22.54%
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

Superpower double-sided double glass components: positive and negative double-sided power generation gain of 27%, zero permeability double glass packaging with anti PID attenuation, 30-year linear power output>87%, wind and sand salt spray resistance/resistance to -40 ℃ extreme cold, full control in desert, coastal, and high-altitude scenarios, universal design for industrial and commercial rooftop/water surface power plants, LCOE reduction of 19% throughout the life cycle, T Ü V/IEC/UL certification matrix to safeguard global photovoltaic investment. "

Double sided double glass component
Both positive and negative can unlock the hidden energy of photovoltaic power generation. In today's era where photovoltaic efficiency is approaching physical limits, double-sided double glass modules redefine the cost ceiling of electricity per kilowatt hour for large power plants and high reflection scenarios with double-sided light absorption technology and ultimate durability. The front efficiency reaches 23.6%, the back double-sided rate exceeds 80%, the system's comprehensive power generation is increased by 10% -35% compared to single-sided components, and the LCOE (levelized cost of electricity) is reduced by 22%, becoming the absolute efficiency king in desert, snow, water and other scenarios. Vertical technology dominance: 1. Double sided absorption, full scene gain dual glass frameless structure, front N-type TOPCon efficient absorption, back light transmittance>92%, system power generation increased by 40%+in snow reflection environment; Excellent weak light response performance, with an 18% increase in power generation during dawn and dusk compared to single-sided components, and an extension of 2 hours in daily effective power generation time. 2. 30-year ultra stable output, extreme environment conqueror zero PID (potential induced attenuation)+anti LID (light attenuation) process, first year attenuation ≤ 0.5%, 30-year power retention rate ≥ 88%; Resistant to wind pressure of 5400Pa, hail (35mm diameter impact), and moisture and heat (double 85 test), certified for both strong ultraviolet radiation on the Qinghai Tibet Plateau and high temperature in the Middle East desert. 3. Smart adaptation, maximizing investment returns, intelligent tracking bracket linkage, dynamically optimizing tilt angle and reflected light capture, increasing annual power generation gain by another 10% -15%; Adapt energy storage systems and virtual power plants, build a "dual sided power generation+intelligent peak shaving" solution, and increase IRR (internal rate of return) to 13%+. Global Empirical and Revenue Revolution: Ningxia 300MW Desert Power Station: Double sided double glass components combined with sand reflection, annual power generation of 480 million kWh, an increase of 32 million yuan compared to the single-sided solution; Nordic Ice and Snow Photovoltaic Project: Snow reflection gain reaches 38%, winter power generation increases by 25% against the trend, and has obtained IEC certification for high-altitude environments. Through T Ü V double-sided power generation certification, IEC 61215/61730 standards, and UL's highest fire rating, the components are guaranteed for 30 years, serving over 2GW of demanding projects worldwide. Why choose double-sided double glass? Cost killer per kilowatt hour - LCOE in high reflection scenarios as low as 0.18 yuan/kilowatt hour, with IRR surpassing traditional solutions; Land Efficiency Engine - Back Transparent Design Unleashes Land Value, Increases Comprehensive Income of Agricultural and Fishery Light Projects by 50%; The core of the zero carbon strategy is to reduce carbon emissions by 1.8 million tons per GW of power plant annually, accelerating the achievement of RE100 and carbon neutrality targets. Both sides are energy.