Trina Solar 625W N-type i-TOPCon Ultra

The TrinaSolar 625W Ultra Vertex N module represents the pinnacle of n-type i-TOPCon technology. Built on the advanced 210mm innovation platform, this high-power module delivers superior efficiency and reliability for modern solar installations. Its versatile design ensures seamless integration with most industry-standard inverters and mounting systems, making it easy for developers to incorporate the module into existing project designs.

The Vertex N series excels in commercial and industrial (C&I), residential, and large-scale ground-mounted applications. It combines standardised sizing with flagship power output to significantly reduce the Balance of System (BOS) and Levelized Cost of Energy (LCOE). With rigorous certifications for extreme weather conditions and a focus on long-term durability, the 625W panel ensures sustainable energy production for decades.

Model: TSM-NEG19RC.20

Key Specifications

ELECTRICAL DATA (STC )
  • Peak Power Watts-P MAX: 625W
  • Maximum Power Voltage -VMPP: 41.60V
  • Maximum Power Current-IMPP: 15.00A
  • Open Circuit Voltage – VOC: 48.80V
  • Short Circuit Current – ISC (A): 15.93A
  • Maximum Efficiency: 23.1%
  • Power Selection (W): 0 ~ +5
ELECTRICAL DATA (NOCT )
  • Maximum Power Voltage -VMPP: 39.00V
  • Maximum Power Current-IMPP: 12.21A
  • Open Circuit Voltage – VOC: 47.30V
  • Short Circuit Current – ISC (A): 12.84A

 

  • Cell Technology: N-type i-TOPCon Monocrystalline
  • Operating Temperature Range: -40 ~ +70°C
  • System Voltage: 1500V DC (IEC)
  • Connector Type: TS4 / TS4 Plus / MC4 EVO2
  • Max Series Fuse Rating: 35A
  • Module Dimensions: 2382 × 1134 × 30 mm
  • Weight: 27.9 kg

Product Benefits

  • The Trina Solar 625W Ultra industry-leading efficiency and excellent low-irradiance performance ensure higher energy production across a range of conditions.
  • Lower temperature coefficient improves output in high-heat environments, critical for African climates.
  • Delivers up to 24.1% module efficiency, maximising energy harvest per square foot of roof or land.
  • Lower BOS costs (cabling, mounting, labour) and improved container loading translate into better project margins.
  • i-TOPCon cells deliver improved efficiency, lower degradation, and better long-term performance compared to conventional P-type modules.
  • Half-cut cell architecture reduces the risk of hot-spot heating and improves shade tolerance.
  • Low-voltage design allows for higher string power, effectively reducing installation costs by 1% to 5%.



We only offer the best