Monocrystalline solar panel Trina Solar Vertex S + 505W TSM-Neg18R.25 Full Black Glass Black

Trina Solar Vertex S + 505W Full Black: All Black Elegance, Double Glass Type N and 30 years of assured performance

The evolution towards the residential and commercial self-consumption contemporary no longer only requires the maximum generation of power per square meter, but also a impeccable aesthetic design that is perfectly integrated with the architecture of modern roofs. The solar panel Trina Solar Vertex S + 505W TSM-Neg18R.25 series Full Black is the result of merging the visual appeal of a foul (Cells, frame and bottom sheet) with the latest advances in semiconductor physics. Thanks to its monocrystalline configuration and its encapsulation high strength, this panel is established as an investment of high profitability and exceptional durability.

New Generation Cells N-Type I-Topcon and Efficiency 22.7%

The technological pillar of Trina Vertex S + 505w resides in the use of monocrystalline wafers with doping type N (N-Type) combined with technology i-Topcon. Unlike traditional type p, modules n completely eliminate the phenomenon of light-induced degradation (LID), ensuring that silicon maintains its properties intact from the first day of sun exposure. This technical configuration allows to reach a maximum panel efficiency of 22.7% in a very format compact and manageable less than 2 meters long, ideal to optimize the available space on any residential or industrial deck.

Additionally, the panel has a optimized temperature coefficient so-only -0.29% / ° C. This is translated in that, during the hot summer days where the conventional reduce drastically their production due to excess heat, vertex S + mitigates thermal losses and continues generating energy in a manner upper. To secure this massive energy flow towards your home and store the day surplus efficiently, we recommend you explore our catalog in the section of inverters chargers.

Dual-glass architecture high durability and universal compatibility

The physical robustness of this model is guaranteed by its technology double Glass (Dual-Glass). When replacing the classic plastic rear sheet (backsheet) for a second tempered glass layer, the solar panel becomes tight before the penetration of moisture, Salin fog, ammonia and sand, eradicating problems of microfixes or degradation by induced potential (PID). This structure gives it a resistance to upper class fire and a certified structural strength to support severe pressures up 5400 PA Snow Loading (Front) and 2400 PA wind loading (rear). To anchor with full guarantees of mechanical security a set of modules of these characteristics on any surface of tile or metal, we have the best fixings in our category of structures for .

At the electrical level, the panel is designed with a criterion of low voltage and high current (Voltage MPP 31.5v and current MPP 12.11a). This engineering allows you to connect a greater number of for each chain (string), reducing wiring costs, connection boxes and protections in the general installation. In addition, its design is fully compatible with the main ones inverters of the market, power optimizers and standard assembly systems, becoming a universal solution and easy handling thanks to its tight weight of 21.1 kg. . Trina Solar support this product with one of the most solid guarantees of the photovoltaic market: 25 years warranty in labor / product and 30 years of linear production guarantee, ensuring that after three decades the panel will keep at least the 87.4% of its initial nominal performance.

Technical characteristics:

• Nominal maximum power (PMAX): 505 WP.

• Efficiency of the module: 22.7%.

• Voltage at the point of maximum power (UMPP): 31.5 V.

• Current at the point of maximum power (ImpP): 12.11.

• Voltage in open circuit (UOC): 38.2 V.

• Short circuit current (ISC): 12.86.

• Type of cells: Monocrystallines N-Type I-Topcon high density.

• Encapsulation technology: Double Glass (Dual-Glass) 1.6 mm each.

• Visual aesthetics: Full Black (Cells, black aluminum frame and dark background).

• Coefficient of power temperature: -0.29% / ° C.

• Maximum system voltage: 1500 V DC (IEC).

• Maximum series fuse: 30 a.

• Mechanical resistance: Frontal maximum static load of 5400 pa and rear 2400 pa.

• Output connectors: TS4 / MC4 EVO2 compatible.

• Connection box: Sealing Ip68 with 3 bypass diodes.

• Dimensions of the panel: 1762 mm long x 1134 mm wide x 30 mm thick.

• Net structural weight: 21.1 kg.

• Factory guarantees: 25 years of product and 30 years of linear output power.

Frequently Asked Questions section (FAQ)

1. What aesthetic and technical advantages does the line "Full Black" provide Trina Solar? Visually, the design Full Black offer an appearance uniform and elegant on the roof by eliminating silver lines and traditional white backgrounds, integrating impeccablely in select residential covers. Technically, even though the black tend to absorb something more heat, Trina Solar it compensates you by incorporating cells N-Type I-Topcon with an excellent coefficient of temperature -0.29% / ° C, guaranteeing that energy efficiency remains excellent even on the hottest days of the year.
2. Why is a panel superior with double glass (dual-glass) technology in front of a conventional one? The traditional use a rear plastic sheet (backsheet) That over the years it can suffer degradation, yellowing or microscopic moisture inputs. The architecture Dual-glass encapsulate the cells between two stressed glass sheets high strength, completely isolating silicon against environmental corrosion, external chemical agents or mechanical microfixers. This increases significantly fire safety and he says a royal life well above three decades.
3. What does it mean that the cells are N-Type I-Topcon and how it affects my solar production? It means that monocrystalline silicon is doped with phosphorus (type N) instead of boron (type p). The great advantage of this is that it is immune to the LID effect (Solar light induced degradation in the first hours of use). In addition, technology i-Topcon add ultra thin passivation layers that reduce electron losses inside the cell, managing to capture more energy in diffuse light conditions or very covered days.
4. Why does the low voltage design of this panel help reduce installation costs? By having a tension at the point of maximum low power of 31.5v, it is possible to connect a greater number of in series inside the same chain (string) before reaching the maximum voltage limit that tolerates the inverter (Normally 600V or 1000V). This optimize design, allows you to better take advantage of the capacity of MPPT regulators and reduce spending in copper cables and pipelines.
5. How are the 30 years of the linear power guarantee offered by the manufacturer? Trina Solar guarantees that during the first year of use the maximum silicon degradation will be of just one 1%. As of the second year and until the 30-year-old, the panel will experience a guaranteed maximum annual wear of just the 0.4%. This means that, at the end of the year 30, your they will continue to yield at least an extraordinary 87.4% of its initial capacity, far exceeding traditional market standards.