TSM-515-NEG18R.28 Trina Vertex S+ N-Type Dual Glass 515W

The Trina Solar TSM-515-NEG18R.28 solar panel is a powerful 515W module from the Vertex S+ series, designed for high efficiency and reliability in residential and commercial solar energy systems. This panel utilises advanced N-Type i-TOPCon cell technology and a dual-glass construction, ensuring excellent performance and an extended lifespan.

Key Features

• Cell Type: N-Type i-TOPCon, monocrystalline, 108
• Power Output: 515 Wp
• Glass: Dual glass (1.6 mm + 1.6 mm)
• Frame: 30 mm black anodised aluminium alloy
• Dimensions: 1961×1134×30 mm Weight: 23.5 kg

Key Benefits

• High Efficiency: Achieves a module efficiency of up to 23.2% thanks to N-Type technology, which ensures a higher energy yield per square meter.
• Improved Reliability: The dual-glass construction offers superior protection against micro-cracks, degradation, and extreme weather conditions such as hail and snow load.
• Long Lifespan: Thanks to N-Type TOPCon technology, the panel minimises degradation, guaranteeing a long-lasting, stable energy yield. Reduced LCOE: The high power output per panel reduces system costs and improves the economic efficiency of the project.
• Aesthetic Design: The black frame and dual-glass construction give the panel a sleek, uniform appearance, ideal for projects where aesthetics are important.

Applications

This solar panel is highly suitable for various solar energy projects, including residential rooftops, commercial buildings, and industrial installations. Its robust construction and high performance make it a reliable choice for both new installations and retrofit projects.

Warranty and Durability

Trina Solar offers an extensive warranty on this product:

• 25-year product warranty on materials and workmanship.

• 30-year linear power warranty, with a guaranteed output of at least 87.4% after 30 years. This panel meets IEC 61215 and IEC 61730 standards and has an IP68 protection rating for the junction box. The product is designed to withstand extreme weather conditions.