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DeepBlue 3.0 aims to reduce LCOE and increase customer value by adopting large-size silicon wafers with 182mm size applying new-generation PERCIUM+ high-efficiency cell technology, and optimizing module size and layout.
JAM72S30 540-565/GR series including 540w 550w 555w 560w solar module，these pv module assemble with 11BB Monocrystalline silicon PERC cells and gapless ribbon connection technology, the modules can offer higher output power with improved module efficiency, the reduction of solar cells gapsbrings outstanding module appearance. The half-cell configurature makes less shading effect. lower risk of hot spot, as well as more reliable and stable power generation.
DeepBlue 3.0 Pro JAM72S30 GR Sries
JA Solar
JAM72S30-560/GR
Monocrystalline PERC
540-565W
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ADVANTAGES:
High Efficiency: DeepBlue 3.0 series modules achieve more than 23.1% of average mass-produced cell efficiency by improving the passivation process on the front and back.
Multi-busbar Cell Technology: MBB cell technology increase the conversion efficiency of cells, and reducing the impact of broken grids and micro-cracks on module performance.
Super Performance: Percium+ Cells with superior low-irradiance power generation performance, and outstanding high-temperature power generation performance.
Lower Degradation: The first-year degradation of 2% and a linear degradation rate of 0.55% for each subsequent year. The module output power can still be at least 83.1% after 25 years.
Lower Temperature Performance: BYCIUM+ cell’s open circuit voltage can be as high as 715 mV, the DeepBlue 3.0 X has a better temperature coefficient of -0.30%/°C, compared with -0.35%/°C for a p-type module.
Excelllent LCOE (Levelized Cost of Energy): DeepBlue 3.0 modules can significantly reduce BOS costs of the system, especially the cost for structure (Approx. 10% of power station costs) than other types of modules.
| Module Type:JAM72S30-xxx/GR | 540 | 545 | 550 | 555 | 560 | 565 |
| Maximum Power (Pmax/W) | 540 | 545 | 550 | 555 | 560 | 565 |
| Open-circuit Voltage (Voc/V) | 49.60 | 49.75 | 49.90 | 50.02 | 50.15 | 50.28 |
| Maximum Power Voltage (Vmp/V) | 41.64 | 41.80 | 41.96 | 42.11 | 42.27 | 42.42 |
| Short-circuit Current (Isc/A) | 13.86 | 13.93 | 14.00 | 14.07 | 14.14 | 14.21 |
| Maximum Power Current (Imp/A) | 12.97 | 13.04 | 13.11 | 13.18 | 13.25 | 13.32 |
| Module Efficiency STC (%) | 20.90 | 21.10 | 21.30 | 21.50 | 21.70 | 21.90 |
| Power tolerance | 0~+5W | |||||
| Temperature coefficients of Isc | +0.045%/°C | |||||
| Temperature coefficients of Voc | -0.275%/°C | |||||
| Temperature coefficients of Pmax | -0.350%/°C | |||||
| STC（Standard Test Condition） | Irradiance 1000W/m2, Cell Temperature 25°C, AM1.5G | |||||
What's Ja Solar DeepBlue 3.0 technology?
DeepBlue 3.0 aims to reduce LCOE and increase customer value by adopting large-size silicon wafers with 182mm size applying new-generation PERCIUM+ high-efficiency cell technology, and optimizing module size and layout.
PERCIUM+ cells
Applying the new-generation high-efficiency PERCIUM+ cells, DeepBlue 3.0 series modules achieve more than 23.1% of average mass-produced cell efficiency by improving the passivation process on the front and back, superior low-irradiance power generation performance, and outstanding high-temperature power generation performance. The three-year outdoor testing data from 2017 to 2020 shows that the new-generation PERCIUM+ cells can generate power 2-3% more than those using the 1st generation technology.
Gallium-doped technology
All high-efficiency mono-crystalline cells are made of gallium-doped silicon wafers, which have better anti-degradation performance and ensure durable and stable high-efficiency power generation. The first year degradation is within 2%.
Multi-busbar cell technology
With MBB cell technology, DeepBlue 3.0 series modules identify 11 busbar as the best solution by taking comprehensive account of cell efficiency, production yield and cost, which have shortened the current transmission distance and reduced resistance loss, thus increasing the conversion efficiency of cells, and reducing the impact of broken grids and micro-cracks on module performance.
The cells are designed with circular ribbons, and the IAM performance is better than those with conventional flat ribbons at the time of oblique light incidence. Moreover, more busbar designed with smaller diameter circular ribbons can reduce the impact of stress, and effectively improve the high and low temperature resistance performance and mechanical load performance of modules
Half-cell technology
Adopting the half-cell technology, DeepBlue 3.0 series modules have both higher conversion efficiency and lower normal operating cell temperature (NOCT). The working temperature of half-cell modules is 2-3°C lower than that of full-cell modules, and the hot spot temperature of half-cell modules is 10-20°C lower than that of full-cell modules. In addition, half-cell modules have lower shading loss.
What first-class brands of solar panels can you supply?
We are supplying tier 1 brand Jinko Solar, Longi Solar,JA Solar, Trina Solar, Canadian Solar, Risen Solar, Chint, DAS,TW, GCL etc.
ADVANTAGES:
High Efficiency: DeepBlue 3.0 series modules achieve more than 23.1% of average mass-produced cell efficiency by improving the passivation process on the front and back.
Multi-busbar Cell Technology: MBB cell technology increase the conversion efficiency of cells, and reducing the impact of broken grids and micro-cracks on module performance.
Super Performance: Percium+ Cells with superior low-irradiance power generation performance, and outstanding high-temperature power generation performance.
Lower Degradation: The first-year degradation of 2% and a linear degradation rate of 0.55% for each subsequent year. The module output power can still be at least 83.1% after 25 years.
Lower Temperature Performance: BYCIUM+ cell’s open circuit voltage can be as high as 715 mV, the DeepBlue 3.0 X has a better temperature coefficient of -0.30%/°C, compared with -0.35%/°C for a p-type module.
Excelllent LCOE (Levelized Cost of Energy): DeepBlue 3.0 modules can significantly reduce BOS costs of the system, especially the cost for structure (Approx. 10% of power station costs) than other types of modules.
| Module Type:JAM72S30-xxx/GR | 540 | 545 | 550 | 555 | 560 | 565 |
| Maximum Power (Pmax/W) | 540 | 545 | 550 | 555 | 560 | 565 |
| Open-circuit Voltage (Voc/V) | 49.60 | 49.75 | 49.90 | 50.02 | 50.15 | 50.28 |
| Maximum Power Voltage (Vmp/V) | 41.64 | 41.80 | 41.96 | 42.11 | 42.27 | 42.42 |
| Short-circuit Current (Isc/A) | 13.86 | 13.93 | 14.00 | 14.07 | 14.14 | 14.21 |
| Maximum Power Current (Imp/A) | 12.97 | 13.04 | 13.11 | 13.18 | 13.25 | 13.32 |
| Module Efficiency STC (%) | 20.90 | 21.10 | 21.30 | 21.50 | 21.70 | 21.90 |
| Power tolerance | 0~+5W | |||||
| Temperature coefficients of Isc | +0.045%/°C | |||||
| Temperature coefficients of Voc | -0.275%/°C | |||||
| Temperature coefficients of Pmax | -0.350%/°C | |||||
| STC（Standard Test Condition） | Irradiance 1000W/m2, Cell Temperature 25°C, AM1.5G | |||||
What's Ja Solar DeepBlue 3.0 technology?
DeepBlue 3.0 aims to reduce LCOE and increase customer value by adopting large-size silicon wafers with 182mm size applying new-generation PERCIUM+ high-efficiency cell technology, and optimizing module size and layout.
PERCIUM+ cells
Applying the new-generation high-efficiency PERCIUM+ cells, DeepBlue 3.0 series modules achieve more than 23.1% of average mass-produced cell efficiency by improving the passivation process on the front and back, superior low-irradiance power generation performance, and outstanding high-temperature power generation performance. The three-year outdoor testing data from 2017 to 2020 shows that the new-generation PERCIUM+ cells can generate power 2-3% more than those using the 1st generation technology.
Gallium-doped technology
All high-efficiency mono-crystalline cells are made of gallium-doped silicon wafers, which have better anti-degradation performance and ensure durable and stable high-efficiency power generation. The first year degradation is within 2%.
Multi-busbar cell technology
With MBB cell technology, DeepBlue 3.0 series modules identify 11 busbar as the best solution by taking comprehensive account of cell efficiency, production yield and cost, which have shortened the current transmission distance and reduced resistance loss, thus increasing the conversion efficiency of cells, and reducing the impact of broken grids and micro-cracks on module performance.
The cells are designed with circular ribbons, and the IAM performance is better than those with conventional flat ribbons at the time of oblique light incidence. Moreover, more busbar designed with smaller diameter circular ribbons can reduce the impact of stress, and effectively improve the high and low temperature resistance performance and mechanical load performance of modules
Half-cell technology
Adopting the half-cell technology, DeepBlue 3.0 series modules have both higher conversion efficiency and lower normal operating cell temperature (NOCT). The working temperature of half-cell modules is 2-3°C lower than that of full-cell modules, and the hot spot temperature of half-cell modules is 10-20°C lower than that of full-cell modules. In addition, half-cell modules have lower shading loss.
What first-class brands of solar panels can you supply?
We are supplying tier 1 brand Jinko Solar, Longi Solar,JA Solar, Trina Solar, Canadian Solar, Risen Solar, Chint, DAS,TW, GCL etc.
