Photovoltaic module Trina Vertex S TSM-DE09.05 390W 390W Full black
- Manufacturer: Trina
- Maximum Power (Pmax): 390 W
- Frame colour: Full black
- Maximum System Voltage: 1500 V
Model comparison table
Technical data - Photovoltaic module Trina Vertex S TSM-DE09.05 390W 390W Full black
Product description
Our Trina Vertex S TSM-DE09.05 offers a top-tier maximum power output of 390.0 W, making it a highly efficient choice for professionals seeking robust solar energy solutions. This model is designed to support 1500VDC systems, which operate at a higher voltage than the standard 1000VDC configurations. This advancement allows for a significant reduction in DC current, yielding the same power with enhanced efficiency. The benefits are multifaceted: end-users will experience fewer strings, connections, and terminations, as well as a decrease in the need for extensive cabling. Additionally, the streamlined system architecture contributes to lower system losses, thus improving overall energy throughput and operational performance. With its global reach, this panel is tailored to perform exceptionally across various climates and settings, and adheres to stringent international certification standards.
In terms of aesthetics, the Trina Vertex S TSM-DE09.05 is distinguished by its full black frame, which presents a sleek and contemporary look. This design choice not only appeals to modern architectural preferences but also ensures that the solar installations blend seamlessly with a variety of building styles. The uniform black appearance of the panels minimizes visual disruption and enhances the integration of solar technology into the environment. This solar panel is not only future-ready, with its innovative features crafted to meet evolving energy demands but also architecturally versatile, fitting into the aesthetic vision of any project with ease. The combination of high-performance functionality and sophisticated design positions the Trina Vertex S TSM-DE09.05 as a leading choice for module installers, resellers, and system integrators who prioritize both current and future energy solutions.