The Trina Vertex S+ 455 W solar module impresses with its increased performance and the use of the latest cell technologies. With a maximum output power of up to 455 W and a module efficiency of 22.8%, it is one of the powerful solutions in the field of compact photovoltaic modules. The combination of N-type half-cell technology and high-density interconnect enables particularly efficient energy conversion and at the same time reduces electrical losses. This means that a high energy yield is achieved even with limited roof space.

The optimized cell structure also ensures very good temperature behavior. Even at higher ambient temperatures, the power output remains stable, which is particularly advantageous in sunny regions or with unfavorable installation conditions. This contributes to an overall higher annual energy production.

A key feature of the module is the robust double glass design. This design not only gives the module a high-quality and modern look, but also significantly increases the mechanical stability and service life. The module is excellently protected against external influences such as moisture, dust and temperature fluctuations and also offers improved fire protection properties. With a load capacity of up to 5,400 Pa on the front (snow load) and 4,000 Pa on the back (wind load), it is ideal for demanding areas of use.

Thanks to the N-type technology, the module has particularly low degradation. In the first year of operation, the performance loss is only around 1%, after which the annual degradation reduces to around 0.4%. This ensures long-term, stable and reliable energy production over many years and improves the economic viability of the entire photovoltaic system.

Another advantage is the high bifaciality of the module. The ability to use both direct sunlight on the front and reflected light on the back can further increase energy yield. This makes the module particularly interesting for installations on light surfaces or in elevated systems.

The Trina Vertex S+ 455 W module is compatible with a variety of common inverters, optimizers and mounting systems. Its well thought-out format and comparatively low weight make transport and installation much easier. This makes it suitable for private rooftop systems as well as for commercial and industrial applications where efficiency, reliability and longevity are paramount.