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380W~390W

Product catalog summary

Overview: The document provides technical specifications and features of high-efficiency solar modules developed by Zhejiang GangHang Solar Technology Co., Ltd. and Maysun Solar. It highlights the advanced technology and performance characteristics of these solar modules.

Specifications:

Module Types: IBC monofacial 120 half-cell and 132 half-cell modules.
Power Output: 380W to 390W for the JW-HT120N model and 410W to 420W for the ANDROMEDA 2.0 model.
Cell Technology: NIBC Technology with no busbar on the front side, full back contact electrode design.
Dimensions and Weight: 1720×1039×35mm, weighing 20.0±0.5kg.
Materials: High transmission, low iron tempered glass, and aluminum alloy frame.

Performance Features:

ZERO Light Induced Degradation (LID): N-type solar cells naturally have no LID, enhancing power generation.
Low Irradiance Response: Wide spectral response for higher power output under low-light conditions.
Temperature Coefficient: Better temperature coefficient for higher power generation under working conditions.
Anti-PID & Anti-LeTID: Protection against potential-induced degradation and light and elevated temperature-induced degradation.

Warranty and Degradation:

Linear Power Warranty: 93.0% power retention over 25 years.
Product Warranty: 25 years.
Degradation Rates: -1.0% in the first year, -0.25% annually thereafter.

Electrical Parameters (STC):

Maximum Power (Pmax): 380W to 390W.
Module Efficiency: 21.3% to 21.8%.
Open Circuit Voltage (Voc): 41.7V to 41.9V.
Short Circuit Current (Isc): 11.62A to 11.84A.

Packaging and Configuration:

Packing Type: 40'HQ container with 780 pieces per container.

Conclusion: The solar modules described offer high efficiency, excellent low-light performance, and robust warranties, making them suitable for various solar energy applications.

Catalog excerpts

ANDROMEDA 2.0 ANDROMEDA 2.0 IBC monofacial 132 half-cell module MAYSUN SOLAR IBC monofacial 132 half-cell module NIBC Technology E l monofacial 120 e s S P module IBC e g a n t S e r i half-cellI C N 6 ( L A R ) - 6 6 / I H Elegant Series High Efficiency Series Exquisite Visual Eﬀect Exquisite Visual Eﬀect JW-HT120N Eﬃciency Super High Super High Eﬃciency ZERO Light Induced Degradation (LID) ZERO Light Induced Degradation (LID) N-type High Efficiency Mono Silicon ZERO Light Induced Degradation (LID) Back Contact Single Glass Module Excellent Low Irradiance Response Excellent Low Irradiance Response Excellent Low Irradiance Response Less 380-390W Shading Power Loss Less Shading Power Loss Less Shading Power Loss Cell Type Perfect Temperature Coeﬃcients Perfect Temperature Coeﬃcients Anti-PID & Anti-LeTID Anti-PID Anti-LeTID Anti-PID && Anti-LeTID 100.00% 100.00% IBC No Busbar On Front IBC Side Full back contact electrode design saves 7% metal shading area and is more efficient, comparing with conventional solar cells ZERO LID (Light Induced Degradation) 80.00%N-type solar cell has no LID naturally, can increase 80.00% 1 5 10 15 20 Lower LCOE Wide Annual Degradation spectral respo Double 25 years Better Double 25 years 25 years Product Warranty cloudy days. Linear Power 93.0% Linear Warranty Power Warranty 浙江岗航能源科技有限公司 Zhejiang GangHang Solar Technology Co., Ltd. Higher module power decrease systemZone, Hangzhou, Zhejiang, China ADD: Building No.2 Xintiandi, Xiacheng LCOE Website:www.maysun solar.com Annual Degradation -0.25% after 1st yearevenunder low-lig -0.25% after 1st year Better Weak 1st -1.0%-1.0% year st year Degradation 1 Degradation PERC PERC Product Warranty power Higher gen conditions, thanks cell technolo

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结构参数 Mechanical Characteristics 电池类型 Cell Type Front Glass 3.2mm, High transmission, Low Iron, Tempered Glass Aluminium Alloy Original MC4 (Or Custom Design) 工作参数 Working Conditions 最大系统电压 Maximum System Voltage Maximum Series Fuse Rating Operating Temperature Nominal Operating Cell Temperature (NOCT) Temperature Coefficient of Pmax 电性能参数 Electrical Parameters (STC*) 组件型号 Module Type Maximum Power Pmax (W) Maximum Power Voltage Vmp (V) Maximum Power Current Imp (A) Open Circuit Voltage Voc (V) Short Circuit Current Isc (A) Module Efficiency (%) *STC（标准测试条件）：辐照度 1000 W/m2，电池温度 25°C, AM1.5 (测试误差：±3%)...

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380W~390W

380W~390W

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