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Maximum power(Pmax) | 200W |
Open-circuit voltage(Voc) | 20.8V |
Voltage at Pmax(Vmp) | 17.6V |
Short-circuit current(Isc) | 12.05A |
Current at Pmax(Imp) | 11.36A |
Cells efficiency(%) | 22.62% |
The maximum system voltage | 600VDC(IEC) |
Power temperature coefficient | -0.42%/℃ |
Voltage temperature coefficient | -1.8mv%/℃ |
Current temperature coefficient | 0.05%/℃ |
Output power tolerance | ±3% |
Operating temperature | -40~85℃ |
Solar cell | Monocrystalline (166*166mm) |
Weight | 3.63kg |
Module dimension | 1435*710*2mm |
Number of cells and connection | 64(4*16) |
Connector | MC4 |
Junction box | LH-858C-1 |
Maximum power(Pmax) | 200W |
Open-circuit voltage(Voc) | 20.8V |
Voltage at Pmax(Vmp) | 17.6V |
Short-circuit current(Isc) | 12.05A |
Current at Pmax(Imp) | 11.36A |
Cells efficiency(%) | 22.62% |
The maximum system voltage | 600VDC(IEC) |
Power temperature coefficient | -0.42%/℃ |
Voltage temperature coefficient | -1.8mv%/℃ |
Current temperature coefficient | 0.05%/℃ |
Output power tolerance | ±3% |
Operating temperature | -40~85℃ |
Solar cell | Monocrystalline (166*166mm) |
Weight | 3.63kg |
Module dimension | 1435*710*2mm |
Number of cells and connection | 64(4*16) |
Connector | MC4 |
Junction box | LH-858C-1 |
Low current reduces hot spot temperature
Since there are twice as many strings of half-cell modules, which means that there is only half the heat at the hot spot, and the lower heat causes less damage to the module, it can improve the resistance to hot spot damage and increase the use of the module life.
lower package loss
Since the internal current and line resistance are reduced, the internal losses dissipated in the internal loop are reduced, and the power loss is proportional to the current.
better welding performance
Half-cell design, the welding copper strip is only half of the whole cell, which reduces the process defects of virtual welding and copper strip whitening during the welding process of the cell.
Low current reduces hot spot temperature
Since there are twice as many strings of half-cell modules, which means that there is only half the heat at the hot spot, and the lower heat causes less damage to the module, it can improve the resistance to hot spot damage and increase the use of the module life.
lower package loss
Since the internal current and line resistance are reduced, the internal losses dissipated in the internal loop are reduced, and the power loss is proportional to the current.
better welding performance
Half-cell design, the welding copper strip is only half of the whole cell, which reduces the process defects of virtual welding and copper strip whitening during the welding process of the cell.