Trinasolar 500W Vertex S+ Dual Glass N-type iTOPCon Mono Solar Module – Full Black

High Efficiency, Advanced Technology
The Trinasolar 500W Vertex S+ Dual Glass N-type i-TOPCon Solar Module – Full Black delivers top-tier performance using next-gen i-TOPCon cell technology. With a peak output of 500W and module efficiency up to 22.9%, this panel is engineered to maximise energy yield and return on investment. It’s optimised for rooftop space installations.

Superior Construction for Harsh Conditions
Featuring a dual-glass build and black anodised aluminium frame, this module offers exceptional resistance to microcracks, corrosion, and extreme environmental conditions. It endures mechanical loads of up to 5400 Pa (positive) and 2400 Pa (negative), ensuring robust performance across diverse settings.

Performance Highlights:

High Power Output: Delivers up to 500W with a narrow power tolerance of 0~+3%

Efficiency: Reaches up to 22.9% module efficiency

Low Temperature Coefficient: Just -0.29%/°C for enhanced performance in hot climates

Long-Term Durability: Designed to perform in salt mist, ammonia, sand, and high humidity

Installer Advantages
This module is installation-friendly, featuring standardised dimensions and a lightweight build for efficient handling. It’s fully compatible with mainstream mounting systems and inverters, enabling faster deployment and flexibility for a wide range of residential and commercial setups.

Trusted Longevity & Warranty
The Trinasolar 500W Vertex S+ module comes with a 15-year product warranty and a 30-year performance guarantee. It features just 1% power degradation in the first year, followed by a 0.4% annual attenuation, ensuring 87.4% of original output remains after 30 years.

Why Choose Trinasolar?
Trinasolar is a trusted name in solar innovation, known for its high-performing, reliable solutions. The Trinasolar 500W Vertex S+ Dual Glass N-type i-TOPCon Solar Module – Full Black is a premium choice for professionals seeking aesthetics, quality, and long-term clean energy performance.