Monocrystalline Bifacial Modules

Key Parameter

Component model: JHN5/78GD615
STC NMOT  
Maximum output power (Pmax): 615/457W
Maximum operating voltage (Vmp): 45.7/43.4 V
Maximum operating current (Imp): 13.46/10.55A
Open circuit voltage (Voc): 55.4/52.0 V
Short circuit current (Isc): 14.11/11.39 A
Component efficiency: 22.00%
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 single crystal module: double-sided power generation gain of 30%, N-type TOPCon technology achieves 24.5% ultra-high conversion efficiency, resistant to 1500V system voltage, non-destructive output at -40 ℃ extreme cold/85 ℃ high temperature, 30-year warranty combined with double glass zero permeability design, photovoltaic full field adaptation, and a further 22% reduction in electricity cost throughout the entire life cycle. T Ü V/UL/IEC certification safeguards global power plant investment. "

Single crystal double-sided modules empower both sides and reshape the ceiling of photovoltaic power generation efficiency. In the current era of continuous breakthroughs in photovoltaic technology, single crystal double-sided modules provide a revolutionary design with front and rear double-sided light absorption, providing ultra-high yield solutions for large-scale ground power stations, agricultural photovoltaic complementary and high reflection scenarios. The front conversion efficiency has exceeded 23.8%, the back gain has reached 10% -30%, the comprehensive power generation of the system has increased by 25% compared to single-sided components, and the LCOE (levelized cost of electricity) has been reduced by 18%, becoming the core engine for cost reduction and efficiency improvement in global photovoltaic power plants. Breakthroughs in Vertical Technology: 1. Double sided absorption, full scene gain dual glass borderless design, front side using N-type TOPCon battery technology, back side transmittance>90%, system efficiency increased by over 30% in high reflection environments such as snow and sand; Excellent weak light response performance, with a 15% increase in power generation compared to single-sided components during early morning/dusk hours, and an extension of 1.5 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 ≥ 87.2%; Resistant to humidity and heat (85 ℃/85% RH), wind pressure (5400Pa), hail (35mm diameter impact), and certified for strong ultraviolet radiation on the Qinghai Tibet Plateau and high temperature in the Middle East desert. 3. Smart adaptation, optimal solution for electricity cost, adjustable tilt angle bracket system linkage, intelligent tracking of reflected light angle, annual comprehensive power generation gain increased by 8% -12%; Adapt the tracking bracket and energy storage system, build an integrated solution of "double-sided power generation+intelligent peak shaving", and increase IRR (internal rate of return) by 5 percentage points. Global Empirical and Benefit Model: Ningxia 200MW Desert Power Station: With double-sided components and sand reflection, the annual power generation reaches 320 million kWh, an increase of 26 million yuan compared to the single-sided solution; The Japan Agricultural Photovoltaic Complementary Project: The back transparent design ensures the light demand of crops, increases the unit land output value by 40%, and has won the APEC Sustainable Energy Award. Through T Ü V Rheinland double-sided power generation certification, IEC 61215/61730 standards, and UL's highest fire rating, the components are guaranteed for 30 years, serving a global benchmark project of 1.2GW. Why choose double-sided? Power generation revolution - leading industry in unit area revenue density, with IRR of large power stations increased to 12%+; Land Efficiency Enhancement - The back side light transmission design unleashes the multidimensional value of land, doubling the comprehensive income of agricultural and fishery light projects; Zero carbon strategy engine - reducing carbon emissions by 1500 tons per MW of power plant per year, helping to accelerate the achievement of RE100 and carbon neutrality goals. Double-sided orientation, both are energy