• Mono-crystalline Module

  • 330W Power Output

  • 19.9 % Maximum Efficiency

  • 0 - + 5 W Positive Power Tolerance

• High power output

  • Combined with MBB technology

• Outstanding visual appearance

  • Designed with aesthetics in mind

  • Thinner wires that appear all black at a distance

• Half-cell design brings Higher Efficiency

  • Half-Cell layout (120 mono-crystalline) PERC Technology

  • Lower Thermal co-efficients for greater energy production at high operating temperature.

  • Low cell connection power loss due to half-cell layout (120 mono-crystalline)

• Highly reliable due to stringent quality control

  • Over 30 in-house tests (UV, TC, HF etc.)

  • PID resistant

  • 100% EL double inspection

• Certified to withstand the most challenging environmental conditions

  • 2400 Pa negative load

  • 5400 Pa positive load

*2400/2400 is the measured load and the safety factor is 1.5 times

• Mono-crystalline Module

• 400 W Power Output

• 20.4 % Maximum Efficiency

• 0 - + 5 W Positive Power Tolerance

• High power output

  • Combined with MBB technology.

  • Reduce BOS cost with higher power bin and 1500V system voltage

• Half-cell design brings higher efficiency

  • Half-Cell layout (144 mono-crystalline)

  • Low thermal coefficients for greater energy production at high operating temperature

  • Low cell connection power loss due to half-cell layout (144 mono-crystalline)

  • Passivated Emitter and Rear Cell (PERC Technology)

• Highly reliable due to stringent quality control

  • Over 30 in-house tests (UV, TC, HF etc)

  • Internal test requirement of Trina more stringent than certification authority

  • 100% EL double inspection

• Certificated to withstand the most challenging environmental conditions:

  • 2400 Pa negative load

  • 5400 Pa positive load

*2400/5400 is the measured load, and the safety factor is 1.5 times

• Multi-crystalline Module

• 285 W Power Output

• 17.6 % Maximum Efficiency

• 0 - + 5 W Positive Power Tolerance

• Ideal for large scale installations

  • Reduce BOS cost with higher power bin

• Half-cell design brings higher efficiency

  • Low thermal co-efficients for greater energy production at high operating temperature

  • Low cell connection power loss due to half-cell layout (120 multi-crystalline)

• Highly reliable due to stringent quality control

  • Over 30 in-house tests (UV, TC, HF etc)

  • Internal test requirement of Trina more stringent than certification authority

  • PID resistant

  • 100% EL double inspection

• Certified to withstand the most challenging environmental conditions

  • 2400 Pa negative load

  • 5400 Pa positive load

*2400/5400 is the measured load, and the safety factor is 1.5 times