Photovoltaic module 565 W Vertex Bifacial Silver Frame Trina

The Trina Vertex Bifacial module is a double-sided photovoltaic panel that maximizes front and back yields when the mounting angle is optimized. With two-sided exposure to sunlight, it reduces the cost of power generation year-round, accelerating customers’ return on investment.

The module uses multi-busbar (MBB) technology that shortens the conduction distance by more than 50%, thereby reducing the internal resistance of the strip by up to 15%. The design of thinner and narrower conductor rails effectively reduces the area of shading and increases the effective area of light reception. Multi-Busbar technology can reduce the risk of power loss, thereby increasing energy efficiency.

The Trina Vertex 565 W Bifacial panel is built with 132 monocrystalline cells PERC in Half-Cut technology and is ideal for installations with periodic partial shading. In addition, the split in half reduces the module’s ability to heat up, resulting in higher performance. The product is placed in an anodized aluminium frame 30-mm thick and covered on both sides with 2-mm glass panels. The high-permeability front glass has a special AR anti-reflective coating, the rear glass is thermally reinforced.

The Trina Vertex Bifacial panels have numerous certifications: EC61215, IEC61730, IEC61701, IEC62716, ISO 9001, ISO 14001, ISO14064, ISO45001.

Features:

• 30-year power output warranty
• 12-year product warranty
• High and stable efficiency of up to 21.3%
• Positive power tolerance up to +5 W
• Up to 25% additional power gain thanks to Bifacial technology
• Enhanced performance in shaded conditions with Half-Cut
• Improved solar absorption thanks to MBB (Multi Busbar) technology
• 100% immune to PID effect
• Minimised possibility of microcracks
• Mechanical resistance to snow load up to 5,400 Pa, wind load up to 2,400 Pa

The Trina Bifacial 565 W will be perfect for customers expecting high quality and efficient modules at an affordable price. The product will work well for both on-grid and off-grid installations.