Monocrystalline Bifacial Solar Panel Trina Solar Vertex 650W TSM-DEG210.20 double glass (Silver Frame / TS4)

Trina Solar Vertex 650W Silver Frame: multi-busbar power, high energy density and double bifacial glass for superior performance projects

Profitability in commercial, industrial or large-scale solar energy projects is directly linked to the ability of modules to generate energy under any circumstance and optimization of installation costs. The solar panel Trina Solar Vertex 650w (reference 106-0081) responds to these requirements by combining large format silicon cells with a structure bifacial double glass (Dual-Glass) high strength Designed to squeeze the photovoltaic performance of the installation, this model takes advantage of the radiation reflected by the soil to shorten the amortization times, integrating perfectly in advanced configurations together with our solar kits of last generation.

High density multi-busbar technology and expanded bifacial performance

The key to the efficiency of the module TSM-deg210.20 lATES IN ITS DESIGN multi-Busbar (MBB), which allows a better trapping of the light and drastically reduces the losses due to internal resistance. This, added to a positive power tolerance of 0 ~ + 5w and at a coefficient of optimized power temperature -0.34% / ° C, Ensures a constant and stable current production even in the summer months with extreme temperatures in the cells.

By incorporating a bifacial design with double tempered glass, the translucent reverse of the panel processes the irradiance reflected by the mounting surface (Albedo), contributing to a 25% additional equivalent power. This subsequent gain elevates very significantly the nominal laboratory values, making this panel in an ideal option to maximize production in industrial spaces. For installations that require storing this mass flow of energy, VEREX modules are complemented excellently with systems based on lithium batteries high capacity.

Non-destructive cut anti-microcracks and robustness of 33 mm to 1500V

Mechanical security is a critical factor in covers and solar plants. Trina Solar employ an innovative technology non-destructive cutting of cells, guaranteeing perfect edges that minimize the appearance of hidden microfiises due to dynamic wind or snow loads. Likewise, the strict control of encapsulated materials (POE / EVA) provides certified resistance against the degradation effect by induced potential (PID). Equipped with terminals Original TS4, the panel is approved to work in Strings configurations at high voltages up 1500V DC, reducing the necessary cable sections and simplifying the connection in the field.

At the frame level, it has a robust anodized aluminum alloy frame of 33 mm of profile in silver finish, capable of supporting a front static load of 5400 pa and a later load of 2400 pa. If a system of direct and simplified self-consumption is sought for urban areas or terraces that does not require large support deployments, this module can act as a central core for scalable configurations of balcony Kits. . Trina Solar endorses the durability of the Vertex series with 12 years of product guarantee and one linear yield guarantee of 30 years, certifying that the module will keep an optimal 84.95% of its factory power after three decades of service.

Technical characteristics:

• Nominal maximum power (PMAX): 650 WP under St. standard conditions.

• Maximum Module Efficiency: 20.9%.

• Voltage at the point of maximum power (VMP): 37.7 V.

• Current at the point of maximum power (imp): 17.27.

• Voltage in open circuit (VOC): 45.5 V.

• Short circuit current (ISC): 18.35.

• Type of cell: High efficiency monocrystalline silicon.

• Number of cells: 132 high density interconnected cells.

• Composition of the crystal: Double glass (Dual-glass) 2.0 mm + 2.0 mm tempered and thermally reinforced.

• Encapsulated materials: Protective layers of POE / EVA.

• Thickness and frame profile: Anodized aluminum alloy 33 mm (Silver Frame).

• Type of connectors: Stanches Terminals Ts4 / MC4 EVO2 compatible.

• Power tolerance: Positive guaranteed 0 to +5 W.

• Total equivalent power (with 10% of Albedo): Increment 696 WP of total output power.

• Temperature coefficient (PMAX): -0.34% / ° C.

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

• Fuse's ability in series: 35 a.

• Connection box: Grade of hermeticity Ip68 with integrated bypass diodes.

• Dimensions of the module: 2384 mm long x 1303 mm wide x 33 mm thick.

• Structural weight: 38.3 kg.

• Manufacturing guarantees: 12 years warranty of labor and 30 years of linear power (Annual degradation of 0.45%).

Frequently Asked Questions section (FAQ)

1. What is non-destructive cutting technology of Trina Solar and why is it useful for an installer? Conventional cells are cut by traditional thermal lasers that can leave mechanical tensions or invisible microfixers at the edges. Trina Solar it uses a non-destructive cutting method at low temperature that leaves the edges perfectly clean. This drastically minimizes the risk of internal rupture of the cell before strong mechanical loads (such as wind or snow) or during transport and handling on the roof.
2. What real advantages does the double glass (dual-glass) encapsulation offer in this 650W panel? When replacing the classic posterior plastic sheet by a second tempered glass of 2.0 mm, the module becomes completely impermeable before external agents. This eliminates moisture penetration, provides certified immunity against PID degradation and protects silicon into very aggressive environments such as agricultural areas with high presence of ammonia or coastal areas with saline fog.
3. How is the additional energy gain been calculated by the Bifacial Rear Face? The back production depends on the albedo, which is the reflection capacity that the soil on which the panel is installed. For example, on dark surfaces such as asphalt, the gain is usually from 5% to 10%; However, on clear surfaces, white gravel or industrial covers with reflective paint, the panel can generate up to 25% more energy over its nominal power, actually raising system performance.
4. Why is it advantageous that this panel admits a maximum voltage of 1500V system? Admit chains up to 1500V DC allows to design series (strings) substantially longer than solar. By placing more modules on the same line, the total amount of parallel combinations needed in the installation is reduced, which decreases the copper cable meters, the number of cluster boxes and streamlines the mounting tasks, lowering the BOS cost.
5. What is the guaranteed linear degradation behavior for 30 years? The stability of the Vertex cells limits the degradation of the first year to a maximum of 2%. From the second year and until the three decades, the linear annual attenuation is restricted to a strict 0.45%, which guarantees by contract that the solar panel will continue to yield to 84.95% of its original power when reaching the year 30 continuous operation.