380W Half Cell Solar Mono PERC PV Module

This solar module use multi-bus bar technology, which can shorten the current conduction distance by more than 50% and lower the internal ribbon resistance loss. With finer and narrower bus bars, more sunlight will be reflected back from the round ribbon and onto the cell, thus increasing solar panel efficiency. The unique circuit design of half-cut cells can reduce power loss to 1/4 compared to full cells solar PV module, which results in a decrease of electrical resistance within the ribbon and finally improves the overall module efficiency by up to 0.6%.

Technology

PERC Cell The PERC cell has a passivated rear side and a laser grooving process, which significantly improves the cell efficiency.
	Half-cut cell is to cut the cell into two seperate parts by mature infrared laser, hence halve the working current. The thermal loss on the ribbon will be remarkably reduced and the module's power increases. The reliability of module is also enhanced.The combination of half-cut cell technology and bifacial module can amplify the gain over the effect of current-reduction.

Materials

12%  Ultra Clear Tempered Glass.	Higher Efficiency,9BB Cells	120N Tensile Strength Frame

120N Tensile Strength Frame	4mm² Qualified cable with MC4	High Transmittance EVA

Electrical Specification

Certifications

• ISO 9001: 2015: ISO Quality Management System
• ISO 14001: 2015: ISO Environment Management System
• ISO 45001: 2018: Occupational Health and Safety
• CE & EU declaration of conformity
• IEC 61215 / IEC 61730 Anti-PID Test for Photovoltaic Module
• IEC 61701 Salt Mist Corrosion Test for Photovoltaic Module
• IEC 60068-2-68 Dust and Sand Test for Photovoltaic Module
• UL1703 / UL 61730 – PV Module Safety Standards

Features

• Positive power tolerance (0~+5W) guaranteed High module conversion efficiency (up to 20.9%)
• Slower power degradation enabled by Low LID Mono PERC technology
• 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