QCELLS Q.TRON BLK M-G2+

Model	Q.TRON BLK M-G2+
STC Rating	425 w
PTC Rating	398.4 w
Open Circuit Voltage (V)	37.04
Short Circuit Current (A)	11.00
Frame Color	Black anodised aluminium
Backsheet Color	Black
Power Tolerance	0/+5 Watts
Weight (lbs)	46.7
Length (in)	67.8
Width (in)	44.6
Height (in)	1.18
Module Efficiency (%)	≥ 21.8

+12.7%

Power Output

Compared to standard Perc Technology Solar Modules

Residential QCELLS System Prices

Ground Mounted QCELLS System Prices

Q Cells Q.TRON BLK M-G2+ 425W Solar Panel

SKU QCELLS-Q.TRON-BLK-425W-RESIDENTIAL

Q.TRON BLK M-G2+ 425W Solar Module

Discover the power of advanced solar technology with the Q.TRON BLK M-G2+ 425W solar panel from QCELLS. This innovative N-type solar module, powered by Q.ANTUM NEO Technology, offers homeowners an efficient and reliable solution for residential solar installations.

Proudly assembled in the USA, this module undergoes the most thorough testing program in the industry, ensuring exceptional performance and longevity. Backed by a comprehensive 25-year product and performance warranty, homeowners can have peace of mind knowing their investment in clean energy is protected for decades to come.

Q.TRON BLK M-G2+ 425W Features

High Performance QCELLS N-Type Solar Cells:
Q.ANTUM NEO Technology with optimized module layout boosts module efficiency up to 22.0 %.
Extreme Weather Rating:
Advanced aluminium alloy frame, certified for high snow (8100 Pa) and wind loads (3600 Pa).
Innovative All-weather Technology:
Optimal yields, whatever the weather with excellent low-light
25 Year Product Warranty:
Backed by a comprehensive 25-year product and performance warranty.

Q.TRON M-G2+ 425W Applications

Solar Home — Rooftop arrays on
residential buildings

The Q.TRON BLK M-G2+ 425W solar panel is designed exclusively for residential rooftop arrays. Its high efficiency and compact size make it an ideal choice for homeowners looking to maximize their solar energy production while maintaining an attractive, low-profile appearance on their roof.

Q.TRON BLK M-G2+ Performance Warranty

The QCELLS Q.TRON M-G2+ 425W solar panel is guaranteed to produce at least 98.5% of its rated power output during the first year. After the first year, the power output will decline by no more than 0.33% per year. The module will maintain at least 95.53% of its original power output for up to 10 years and at least 90.58% for up to 25 years. All measurements are subject to standard tolerances.

UL61730-1 & UL61730-2, CE-compliant, Quality Controlled PV - TÜV Rheinland, IEC 61215:2016, IEC 61730:2016, U.S. Patent No. 9,893,215 (solar cells).

Attachments Details

Q Cells Q.TRON BLK M-G2+ 425W Solar Panel Review

The Q.TRON BLK M-G2+ 425W solar panel from QCELLS represents a significant advancement in solar technology, offering homeowners an efficient and reliable solution for their residential solar installations. This innovative N-type solar module, powered by Q.ANTUM NEO Technology, is designed to deliver exceptional

At the core of the Q.TRON BLK M-G2+ 425W solar panel lies QCELLS' proprietary Q.ANTUM NEO Technology. This innovative N-type cell technology, combined with an optimized module layout, enables the Q.TRON BLK M-G2+ Series to achieve an impressive module efficiency of up to 22.0%.

The Evolution of Q.ANTUM Technology

2012

The World’s First Commercialized PERC Technology

2017

Half-cell Technology with Multi Busbars and Interconnection

2019

Q.ANTUM DUO with Zero-gap Technology

2021

Q CELLS' Innovative N-type Technology Introduced

MORE EFFICIENCY THROUGH NEO POWER TRANSMITTER

Standard Cells (P-type, PERC)

In standard PERC solar cells, a passivation layer is used on the rear side of the cell. This layer has small holes to allow for electrical interconnection via wires. However, the passivation is compromised in the areas where the contacts are made, which puts a limit on the highest possible efficiency that can be achieved by the module.

Q.ANTUM NEO Cells (N-type)

The NEO Power Transmitter layer in Q.ANTUM NEO cells innovatively combines the functions of the passivation layer and electrical interconnection into a single layer. By doing so, it enables the entire rear surface of the cell to be passivated while still maintaining full contact coverage.