Photovoltaic module Trina Vertex S+ TSM-NEG9R.28 425W 425W
- Manufacturer: Trina
- Maximum Power (Pmax): 425 W
- Frame colour: Black
- Panel Efficiency: 21.3 %
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Technical data - Photovoltaic module Trina Vertex S+ TSM-NEG9R.28 425W 425W
Product description
The Vertex S+ TSM-NEG9R.28 series introduces a solar panel with a maximum power output of 425.0 W, ensuring a robust energy yield for professional solar energy installations. Engineered with N-Type monofacial solar cell technology, these panels are designed to absorb sunlight efficiently from one side, yielding high panel efficiency of 21.3%. The advanced solar cells also minimize light-induced degradation and boron-oxygen related losses, cementing the panel's status as a high-performance choice for system integrators, module installers, and resellers. This panel operates at a voltage at maximum power (Vmpp) of 42.9 V and a current at maximum power (Impp) of 9.92 A, with a power tolerance that ensures you get what you expect, with a positive deviation up to 1.0%.
Beyond performance, the Vertex S+ TSM-NEG9R.28 series is tailored for ease of installation and future readiness. The transition to a maximum system voltage of 1500.0 V allows for significant reductions in BOS components, cabling, and labor, resulting in an estimated cost saving of 20% to 25% compared to 1000VDC systems. Equipped with an anodized aluminium alloy frame in black, it presents a more visually appealing installation, crucial for maintaining aesthetics in residential areas. The solar panel's dimensions stand at 1.762 m in height and 1.134 m in width, with a depth of 0.03 m, and a weight of 21.0 kg, further facilitating seamless integration into various setups. For connectivity, it features a TS4 connector type and a cable length of 0.28 m, while the protection class of IP-68 assures durability against environmental factors. Integrators and installers can rely on this solar panel to meet current and anticipate future energy requirements, solidifying their installations as state-of-the-art solutions in renewable energy.