Trina Solar 630W Bifacial Vertex N

The 630W Trina Solar Vertex N module is designed for high-performance solar installations where maximising output per module is crucial. Using next-generation N-type i-TOPCon technology, this panel delivers superior efficiency, durability, and energy generation across a wide range of conditions.

Positioned at the upper end of the Vertex N power class, the 630W N-type model allows system designers to achieve higher DC capacities with fewer modules. This makes it effective for utility-scale, C&I, and large rooftop deployments. Its bifacial dual-glass architecture captures irradiance from both sides, unlocking additional yield from reflected light and improving system productivity.

The module is also optimised for modern system design, offering strong compatibility with 1P trackers and high-power string configurations, while maintaining a form factor that supports efficient transport and installation. Combined with robust environmental resistance and long-term performance guarantees, the 630W Vertex N module is built for dependable, high-yield operation over decades.

Model: TSM-NEG19RC.20

Key Specifications

ELECTRICAL DATA (STC )
  • Peak Power Watts-P MAX: 630W
  • Maximum Power Voltage -VMPP: 40.68V
  • Maximum Power Current-IMPP: 15.45A
  • Open Circuit Voltage – VOC: 48.90V
  • Short Circuit Current – ISC (A): 16.38A
  • Maximum Efficiency: 23.3%
  • Power Tolerance-PMAX (W): 0 ~ +5
ELECTRICAL DATA (NOCT )
  • Maximum Power Voltage -VMPP: 38.30V
  • Maximum Power Current-IMPP: 12.57A
  • Open Circuit Voltage – VOC: 46.50V
  • Short Circuit Current – ISC (A): 13.20A

 

  • Cell Technology: N-type i-TOPCon Monocrystalline
  • Operating Temperature Range: -40 ~ +70°C
  • System Voltage: 1500V DC (IEC)
  • Connector Type: TS4 Plus / TS4
  • Max Series Fuse Rating: 35A
  • Module Dimensions: 2382 × 1134 × 30 mm
  • Weight: 33.0 kg

Product Benefits

  • With a class‑leading 630 W front‑side power and 23.3% efficiency, the Trina 630W model reduces the total number of modules needed per megawatt. This cuts mounting structures, cabling, and labour costs, directly lowering both BOS (Balance of System) and LCOE (Levelized Cost of Energy).
  • The 80% bifaciality factor unlocks 10–20% additional energy from the rear side. In high‑albedo environments (snow, sand, white roofing), the 630W module can effectively deliver 693W or more, boosting annual yield without increasing land area.
  • Non‑destructive cutting and high‑density packaging minimise micro‑cracks. The dual‑glass structure resists moisture, fire, and mechanical stress. Independent certifications confirm outstanding resilience against salt spray, ammonia, sand abrasion, PID, LID, and LeTID, making it suitable for coastal, desert, and agricultural PV plants.
  • The standardised 2382×1134 mm dimensions maximise container space, lowering freight costs. Its low‑voltage design permits longer strings per tracker, fully utilising 1P tracker lengths. The 630W module is compatible with mainstream inverters and trackers, enabling seamless deployment in utility‑scale projects.



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