350W-380W 9BB Half Cut PERC 120 Cells Mono PV Module Low LID

Sales 350W-380W 9BB Half Cut PERC 120 Cells Mono PV Module Low LID

With 166mm Cells Mono PERC with MBB & Half-cut Technology, Sunpal HiMAX4 120 Cell Series Solar Panel Power Range 350W 355W 360W 365W 370W 380W.
  • Frame : Silver anodized aluminum alloy frame
  • Glass : Single glass 3.2mm coated tempered glass
  • Output Cable : 4mm2, 300mm in length,length can be customized
  • Junction Box : IP68, three diodes
  • Cell Orientation : 120 (6x20)
  • Junction Box : IP68, three diodes
  • Model : SP380M-60H
  • Weight : 19.5kg±3%
  • Dimension : 1755x1038x35mm
  • Packaging : 30pcs per pallet 780 pcs per 40'ft Container

Product Detail  



HiMAX4 Solar Panel

Sunpal HiMAX4 solar panel can be matched with transparent backboard, the weight of which is the same as that of single side components. Compatible tracking bracket, effectively reduce the cost per kilowatt hour. The products have passed IEC,TUV,UL certification, single and double side products have achieved high performance mass production.










Half Cut technology

Sing high-efficiency single crystal double-sided half-chip.ool, combined with double glass technology, the product is surface power up to 380W.

The maximum gain of the back power is 21%The junction box with safety class IP68. With an outstanding waterproof level, it supports all angled installation to prevent cables from long-term excessive bending and damage bad.







certifications of solar panel

HiMAX4 solar panel meet certifications:

IEC 61215, IEC 61730, UL 61730
ISO 9001:2008: ISO Quality Management System
ISO 14001: 2004: ISO Environment Management System
OHSAS 18001: 2007 Occupational Health and Safety




HiMAX4 solar panel featureas:

  • Positive power tolerance (0~+5W) guaranteed High module conversion efficiency (up to 21%) 
  • Slower power degradation enabled by Low LID Mono PERC technology: first year <2%, 0.55% year 2-25 
  • Solid PID resistance ensured by solar cell process optimization and careful module BOM selection 
  • Reduced resistive loss with lower operating current
  • Higher energy yield with lower operating temperature
  • Reduced hot spot risk with optimized electrical design and lower operating current 
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