Trina Vertex S+ 505W / n-type, black frame

Manufacturer Trina Solar
Item No. TSM-505NEG18R.28
EAN TSM-505NEG18R.28
Quantity in ITF package 36 PCS
Trina Vertex S+ 505W / n-type, black frame
TRINA

Technical details

STC Power 505 Wp
Cell Technology n-type
Cell type Monofacial Framed
Length 1961 mm
Width 1134 mm
Height 30 mm
Module connector MC4-EVO2
Cable length 1200 mm
Cell Type Half-Cut
Number of cells 108
Glass Type Dual-Glass
Backsheet Color White
Product Warranty 15 years
Frame colour Black


Product information

Documents to download
PDF icon Data Sheet
Certificates

Manufacturer information

Trina Solar is a global solar leader with over 150 GW of modules installed worldwide. The Vertex S+ series uses n-type i-TOPCon dual-glass technology, ensuring high power, long service life, and reliable performance even in harsh environments. All modules are certified (IEC 61215, IEC 61730, IEC 61701, IEC 62716) and manufactured under ISO 9001, ISO 14001, ISO 45001 standards.

 

Trina Solar is one of the world's oldest and most influential solar energy companies. Founded in 1997 in China, it has been a pioneer in the photovoltaic (PV) industry, contributing significantly to its growth and technological development. The company is a leading provider of comprehensive solar solutions, from the manufacturing of solar modules to the development and operation of solar power plants and energy storage systems. Trina Solar is consistently ranked as a Tier 1 module manufacturer

Product description

The Trina Solar Vertex S+ TSM-505NEG18R.28 (505 W) is an n-type bifacial solar module with black frame and dual-glass construction, delivering durability and maximum energy yield. Module power 505 W, efficiency 22.7%, temperature coefficient −0.29%/°C. Mechanical load capacity: 5400 Pa snow / 2400 Pa wind. Dimensions: 1961×1134×30 mm, weight 23.5 kg. Built with 108 cells (182 mm), IP68 junction box, and MC4-EVO2 connectors. Warranty: 25 years product, 30 years performance (≥87.4% after 30 years). Perfect for rooftop and ground-mounted PV systems demanding both aesthetics and high reliability.