TRINA VERTEX N N-Type Dual Glass 510W Black 30mm EVO2 Landscape 25-yr Warranty (TSM-510NEG18R.28 / IEC 61215-2021)

The TRINA VERTEX N N-Type Dual Glass 510W is a premium, high-output solar panel designed to provide optimal performance, even in challenging conditions. The N-type monocrystalline cells and dual-glass design ensure outstanding durability and superior power generation.

With a power output of 510W, this panel is a perfect choice for large-scale and high-performance solar installations. The dual-glass technology adds an extra layer of protection, providing increased longevity and improved resilience to environmental elements like moisture, dust, and extreme weather conditions.

The panel’s 30mm frame and EVO2 technology enhance both its efficiency and aesthetic appeal, with the sleek black design blending seamlessly with various rooftop installations.

Key Features:

✅ High Power Output
• Delivers 510W of power, offering maximum efficiency and high-performance energy generation.

✅ N-type Monocrystalline Cells
• The N-type cells ensure excellent low-light performance, higher efficiency, and reliable energy generation even in challenging conditions.

✅ Dual Glass Technology
• The dual glass design enhances panel durability, protecting against moisture, UV damage, and environmental factors, ensuring long-term performance and reliability.

✅ 30mm Frame
• The 30mm frame is designed for easy installation and long-lasting structural integrity, making it suitable for various environments, including both residential and commercial setups.

✅ EVO2 Technology
• EVO2 technology optimises energy production, ensuring that this panel delivers maximum output per square metre while maintaining long-term stability and efficiency.

✅ Aesthetic Black Design
• The sleek black frame and dual glass finish provide a stylish appearance that enhances the aesthetic of your solar array, with modern aesthetics to complement residential or commercial properties.

With the TRINA VERTEX N N-Type Dual Glass 510W, you can achieve superior energy efficiency, reliability, and maximum performance over its operational life, providing significant cost savings and energy independence for years to come.