Photovoltaic module Trina Vertex S+ TSM-NEG9R.28 445W 445W
- Manufacturer: Trina
- Maximum Power (Pmax): 445 W
- Frame colour: Black
- Panel Efficiency: 22.3 %
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Technical data - Photovoltaic module Trina Vertex S+ TSM-NEG9R.28 445W 445W
Product description
Designed for optimal efficiency and integration, the Vertex S+ TSM-NEG9R.28 425-450 Watt solar panel offers a potent combination of advanced features for professionals in the solar energy sector. With a Maximum Power (Pmax) of 445.0 W, this high-performance module delivers outstanding energy output. Engineered with precision, it boasts a Voltage at Maximum Power (Vmpp) of 44.3 V and a Current at Maximum Power (Impp) of 10.05 A, ensuring that systems operate with maximum efficiency. The Panel Efficiency at an impressive 22.3% and a Power Tolerance (Positive) of 1.0% underscore its reliability and consistent energy production. The module's robust Anodized Aluminium Alloy frame and compact dimensions (1.762 m in height and 1.134 m in width) make installation straightforward while maintaining a modern, aesthetically pleasing look with its black frame.
The transition to a Maximum System Voltage of 1500.0 V translates to considerable savings, estimated at 20% to 25%, due to fewer Balance of System (BOS) components, reduced wiring, and lower labor costs. The eco-friendly edge of the solar panel is reinforced through the utilization of N-Type cell technology, which is known for its superior performance, especially in high-temperature environments, and for having a lower degradation rate over time, ensuring long-term sustainability. Moreover, each panel offers reliable protection with an IP-68 rating, and the black-framed design not only enhances the visual appeal for residential properties but also aligns with contemporary architectural trends. With ease of operation facilitated by the TS4 Connector Type and a 15-year warranty, the Vertex S+ series stands out as a practical, environmentally conscious investment for solar professionals looking to optimize their installations.