JA SOLAR 540W /LB n-type, BFR, DG, bifacial
JA SOLAR

JA SOLAR 540W /LB n-type, BFR, DG, bifacial

Manufacturer JAsolar
Manufacturer Item No. JAM60D42-535/LB
Item No. JAM60D42540LB
EAN JAM60D42-540/LB
Technical details
MPP power by STC (Wp) 540 W
Cell Technology n-type TOPCon / Bycium+
Cell type Bifacial Framed
Length 2063 mm
Width 1134 mm
Height 30 mm
Module connector MC4-EVO2
Cable length (-) 1200 mm
Cable length (+) 1200 mm
Weight 28,8 kg
Cell Type Half-Cut
Frame Yes
Number of cells 120
Glass Type Dual-Glass
Backsheet Color Glass (transparent)
Product Warranty 12 years
Frame colour Black


Downloads

Datasheets (1)
PDF icon JA SOLAR 540W LB n-type, BFR, DG, bifacial.pdf
Instructions (1)
PDF icon Double-glass manual JA SOLAR.pdf
Certificates (7)
PDF icon Ammonia.pdf PDF icon BAYWA BALTICS JA Solar Distributor Certificate.pdf PDF icon ETL_Double_Glass_.pdf PDF icon Mono_PID.pdf PDF icon Mono_TUV.pdf PDF icon Salt_mist.pdf PDF icon Sand_dust.pdf

Manufacturer information

JA Solar is a global leader in the photovoltaic (PV) industry, specializing in the research, development, and manufacturing of high-performance solar products. Founded in 2005 and headquartered in Beijing, China, the company has become a major player in the solar market, with a strong reputation for innovation, product quality, and financial stability. JA Solar is consistently ranked as a Tier 1 solar module manufacturer.

Product description

JA Solar JAM60D42-540/LB is a 540W n-type bifacial dual-glass solar module with a black frame. It is designed for projects where high power output, reliable long-term performance and good price/performance ratio are important.
 

The bifacial dual-glass construction allows the module to use reflected light from the rear side, which can increase total energy generation in suitable installation conditions. N-type cell technology helps reduce degradation and supports stable power generation throughout the module lifetime.
 

This module is especially suitable for commercial, industrial and larger rooftop projects where higher power per module, durable construction and competitive technical performance are required.