Trina 360 MULTI-BUSBAR MONO PERC B-W 132 Cell Multi-Busbar Mono Solar Panel – TSM-DE06X.05(II)
$275.20
MPN Number:
TSM-DE06X.05(II)
Trina 360 Multi-Busbar Mono PERC Solar Panel – 132 Cell
Discover the Trina Solar TSM-DE06X.05(II) panel offering high efficiency and robust power output, designed for various environments. With a range between 355W and 380W, this monocrystalline module promises excellent performance featuring cutting-edge multi-busbar technology. Experience cost-effective energy solutions with reliable Trina Solar technology.
Product Features
Enhanced Power Output
The Trina Solar TSM-DE06X.05(II) boasts up to 380W of front power and superior module efficiency of 20.6%, thanks to its advanced multi-busbar and half-cut cell technology.
Aesthetic Design
Enjoy a sleek visual experience with high-quality cell color uniformity and specialized blackening treatment, ensuring an attractive all-black appearance from a distance.
Durable Construction
Benefit from high reliability with PID resistance and resilience against salt, acid, and ammonia, ensuring long-term stability even in challenging conditions.
Exceptional Mechanical Performance
This panel withstands substantial loads with its capability to handle up to 5400 Pa of positive pressure and 2400 Pa of negative pressure, ideal for various weather conditions.
Superior Light Performance
Validated by third-party assessments, the module excels in IAM and low light performance, promising continuous efficiency in diverse lighting environments.
How It Works
The Trina Solar TSM-DE06X.05(II) panel operates through cutting-edge monocrystalline cell technology paired with efficient multi-busbar pathways. These elements enhance energy capture and distribution, ensuring streamlined and consistent power generation.
Monocrystalline Cells
High-efficiency monocrystalline cells serve as the core technology, optimizing sunlight absorption for superior output under standard conditions.
Multi-Busbar Technology
The integration of multi-busbar technology enhances conductivity and reduces electrical resistance, leading to increased power generation and module efficiency.
Half-Cut Cell Design
This design reduces power loss and boosts performance, effectively capturing and converting solar energy with greater efficacy.
Specifications
| Peak Power Watts-PMAX (Wp) | 355-380W |
| Maximum Power Voltage-VMPP (V) | 36.8-37.8V |
| Maximum Power Current-IMPP (A) | 9.66-10.07A |
| Open Circuit Voltage-VOC (V) | 44.6-45.5V |
| Short Circuit Current-ISC (A) | 10.24-10.51A |
| Module Efficiency | 19.2%-20.6% |
| Module Dimensions | 1852 A 996 A 35 mm |
| Weight | 19.7 kg |
| Temperature Coefficient of PMAX | -0.34%/C |
| Maximum System Voltage | 1500V DC |
