The Trina Solar Vertex 670W is a high-performance solar panel designed to deliver exceptional power output for large-scale applications. Manufactured by Trina Solar in China, this panel utilizes advanced monocrystalline PERC technology to achieve high efficiency and reliability.
Specifications
| Manufacturer | Trina Solar |
|---|---|
| Model | Trina Solar Vertex 670W |
| Wattage | 670 W |
| Efficiency | 21.6% |
| Cell Type | Monocrystalline PERC |
| Number of Cells | 132 |
| Dimensions (W x H x D) | 1303 mm x 2384 mm x 35 mm |
| Weight | 33.6 kg |
| Colour | Silver Frame |
| Made In | China |
| Durability | 84.8% in the 25th year |
| MEPV | 1 |
| IBC Technology | 0 |
| Fitted Dimensions (W x H) | 1303 mm x 2384 mm |
| Manufacturer Item Code | TSM-DE21 |
Performance Analysis
The Trina Solar Vertex 670W panel offers an impressive efficiency of 21.6%, utilizing advanced monocrystalline PERC technology. With 132 cells and dimensions of 1303mm by 2384mm, it delivers a high power output of 670 W, making it ideal for utility-scale and industrial installations seeking maximum energy production.
Weighing 33.6 kg and featuring a robust silver frame, this panel is designed to withstand demanding industrial environments. It guarantees 84.8% output in the 25th year, ensuring long-term reliability and performance over its lifespan.
Pros
- High efficiency of 21.6%
- High power output of 670W
- Advanced monocrystalline PERC technology
- 132 cells for increased efficiency
- 84.8% output after 25 years ensures long-term reliability
- Robust design suitable for industrial applications
Cons
- Large size may require more space
- Weight of 33.6 kg may complicate installation
- Not suitable for residential or small commercial applications
- Higher upfront cost due to advanced technology
Conclusion
The Trina Solar Vertex 670W solar panel is an excellent choice for utility-scale and industrial projects requiring high power and efficiency. Its advanced technology, robust design, and long-term performance make it a valuable investment for maximizing energy production in large-scale installations.