Trinasolar Vertex solar cell Mono half cell solar panels 560W 565W 570W 575W 580w solar energy

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Extreme component system integration solution
Trina Supreme modules are compatible with mainstream inverters and mounting systems in the market. Trina’s intelligent optimal configuration solution, based on the Trina Supreme series of modules, is matched with a custom-designed NCLAVE bracket new system design scheme to ensure system safety and reliability, and at the same time, it is expected to maximize the performance of 210 modules. In addition, for the special battery structure of the 210 module, the R&D team of TRW Smart Optimal will develop a new algorithm model for adaptation, which will bring an additional 1-2%r power generation gain.

$210.00 – $232.00

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Solar cell  670W+ ultra-high power, 21.6% module efficiency
The Supreme series is based on 210mm large-size silicon wafers and PERC monocrystalline cells. It adopts an innovative density layout design, and the power can exceed 670W, with an efficiency as high as 21.6%. The excellent temperature coefficient and low irradiance performance of the Supreme series increase the power generation of the modules, which are large and extraordinary, not just stacking power, but the efficiency of modules is also improved simultaneously.

higher customer value
·Effectively reduce system BOS cost, achieve lower cost of electricity and shorter payback time period
Lower first-year and year-by-year attenuation values
The product is compatible with mainstream system design
· Higher return on investment
The maximum power is increased to 580W
Application of close-packing technology, module efficiency increased to 21.5%
Multi-busbar (MBB) technology is applied to effectively improve optical utilization, reduce series resistance and improve current collection
high reliability
Apply innovative non-destructive cutting technology to reduce the risk of hidden cracks
Improve anti-PID performance through battery process optimization and material control
The mechanical load performance can reach 5400 Pa on the front and 2400 Pa on the back
High power generation performance
·Excellent IAM and low-light response performance verified by a third party. Unique version design brings stronger anti-shadow blocking ability
Lower temperature coefficient (-0.34%) and lower operating temperature bring more power generation

➤Excellent IAM and low light response performance verified by third parties ➤Unique layout design provides enhanced resistance to shadow blocking ➤Lower temperature coefficient (-0.34%) and lower operating temperature for more power generation
Electrical Characteristics
Maximum Power（Pmax/W）
560
565
570
575
580
Voltage at Maximum Power(Vmp/V)
38.0
38.3
38.5
38.8
39.0
Current at Maximum Power(Imp/A)
14.72
14.76
14.79
14.83
14.86
Open Circuit Voltage（Voc/V)
45.3
45.6
45.8
46.1
46.3
Short Circuit Current(lsc/aA)
15.76
15.81
15.85
15.90
15.94
Module Efficiency(%)
20.7
20.9
21.1
21.3
21.5
➤Application of dense row technology, module efficiency increased to 21.5% ➤Multi-Main Barrier (MBB) technology is applied to improve optical utilization, reduce series resistance and enhance current collection
➤Application of innovative non-destructive cutting technology to reduce the risk of hidden cracks ➤Improve PID resistance through cell process optimization and material control ➤Mechanical load performance up to 5400 Pa on the front side and 2400 Pa on the back side
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Specification:

560w single crystal, 565w single crystal, 570w single crystal, 575w single crystal, 580w single crystal

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