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- 2022
About the Company
Jinko Solar Co., Ltd., (NYSE: JKS), is a leading PV module manufacturer and energy storage system integrator. The company has deployed 100 GW in 160 countries globally, including more than 15 GW in the U.S. EAGLE Modules come from facilities in Malaysia and Florida. EAGLE Storage brings together the best energy storage technology for turnkey hardware and energy storage services. Publicly vetted by trusted industry third party laboratories and top financial institutions, EAGLE is a trusted choice for U.S. solar and storage projects. As a global leader with strong regional focus, JinkoSolar has more than 300 employees based in San Francisco, CA and Jacksonville, FL offices to provide timely, local service.
Company overview provided by the manufacturer.
Factory Locations of BOMs Produced for 2022 Scorecard:
Shangrao, China; Perai, Malaysia
2022 Top Perfomers from Jinko
- PMAX Range | 405-450W
- Module Design | Bifacial - glass//glass
- Cell Technology | p-type PERC
- # of Cells | 120 (Half Cut)
- Wafer Width (mm) | 182.00
- Damp Heat
- LID+LETID
- Mechanical Stress Sequence
- PID
- Thermal Cycling
- PMAX Range | 405-450W
- Module Design | Bifacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 120 (Half Cut)
- Wafer Width (mm) | 182.00
- LID+LETID
- Mechanical Stress Sequence
- PID
- Thermal Cycling
- PMAX Range | 355-400W
- Module Design | Bifacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 120 (Half Cut)
- Wafer Width (mm) | 166.00
- LID+LETID
- PID
- Thermal Cycling
- PMAX Range | 305-350W
- Module Design | Bifacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 120 (Half Cut)
- Wafer Width (mm) | 158.75
- LID+LETID
- PID
- PMAX Range | 305-350W
- Module Design | Bifacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 120 (Half Cut)
- Wafer Width (mm) | 158.75
- LID+LETID
- PID
- PMAX Range | 355-400W
- Module Design | Monofacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 132 (Half Cut)
- Wafer Width (mm) | 163.75
- LID+LETID
- Mechanical Stress Sequence
- PID
- Thermal Cycling
- PMAX Range | 355-400W
- Module Design | Monofacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 132 (Half Cut)
- Wafer Width (mm) | 163.75
- LID+LETID
- Mechanical Stress Sequence
- PID
- Thermal Cycling
- PMAX Range | 355-400W
- Module Design | Monofacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 120 (Half Cut)
- Wafer Width (mm) | 163.75
- LID+LETID
- Mechanical Stress Sequence
- PID
- Thermal Cycling
- PMAX Range | 305-350W
- Module Design | Monofacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 120 (Half Cut)
- Wafer Width (mm) | 163.75
- LID+LETID
- Mechanical Stress Sequence
- PID
- Thermal Cycling
- PMAX Range | 505-550W
- Module Design | Bifacial - glass//glass
- Cell Technology | p-type PERC
- # of Cells | 144 (Half Cut)
- Wafer Width (mm) | 182.00
- Damp Heat
- LID+LETID
- Mechanical Stress Sequence
- PID
- Thermal Cycling
- PMAX Range | 505-550W
- Module Design | Bifacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 144 (Half Cut)
- Wafer Width (mm) | 182.00
- LID+LETID
- Mechanical Stress Sequence
- PID
- Thermal Cycling
- PMAX Range | 405-450W
- Module Design | Bifacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 144 (Half Cut)
- Wafer Width (mm) | 166.00
- LID+LETID
- PID
- Thermal Cycling
- PMAX Range | 355-400W
- Module Design | Bifacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 144 (Half Cut)
- Wafer Width (mm) | 158.75
- LID+LETID
- PAN Performance
- PID
- PMAX Range | 355-400W
- Module Design | Bifacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 144 (Half Cut)
- Wafer Width (mm) | 158.75
- LID+LETID
- PAN Performance
- PID
- PMAX Range | 455-500W
- Module Design | Monofacial - glass//backsheet
- Cell Technology | p-type PERC
- # of Cells | 156 (Half Cut)
- Wafer Width (mm) | 163.75
- Damp Heat
- LID+LETID
- Mechanical Stress Sequence
- PID
- Thermal Cycling
Note About Top Performer Status
The Scorecard is based upon testing completed by PVEL at the time of publication. Testing in PVEL’s Product Qualification Program is ongoing. In some cases, test results were not yet available.
Our Methodology
Each Top Performer listed above represents a specific bill of materials (BOM). Click here to learn about PVEL’s Top Performer scoring methodology.
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