FSM440~FSM450M72HL (440W/445W/450W) 9BB M6 MONO PERC Half-Cell PV Module
KEY FEATURES
- 9 Busbar M6 Mono Half-Cut Solar Cell adopts PERC technology to guarantee higher output power and higher module efficiency.
- Mono PERC Half-Cell PV module offers better temperature-dependent performance, less shading effect on the energy generation, lower risk of hot spot.
- Excellent Anti-PID performance guarantee limited power degradation for mass production.
- Advanced glass and cell surface textured design ensure excellent performance in low-light environments (e.g. early morning, dusk and cloud, etc).
- Certified to withstand: wind load (2400 Pa) and snow load (5400Pa)
- High salt mist and ammonia resistance certified by TUV
- 100% EL inspection and power test before packing
- Barcode, material and parameter binding data traceable, searchable and freezing
- 12 years product warranty and 25 years linear power warranty
Electrical Characteristics under STC
| Module Type | FSM440M72HL | FSM445M72HL | FSM450M72HL |
| Maximum Power-Pmax (Wp) | 440 | 445 | 450 |
| Voltage at Maximum Power-Vmp (V) | 41.0 | 41.2 | 41.4 |
| Current at Maximum Power-Imp (A) | 10.74 | 10.81 | 10.88 |
| Open Circuit Voltage-Voc (V) | 49.6 | 49.8 | 50.0 |
| Short Circuit Voltage-Isc (A) | 11.33 | 11.40 | 11.47 |
| Module Efficiency-ηm (%) | 19.9% | 20.1% | 20.4% |
| Operating Temperature | -40℃ to +85℃ |
| Maximum System Voltage | 1000V/1500V DC (IEC) |
| Power Tolerance | 0~+4.99W |
| Temperature Coefficients of Pmax | -0.350%/℃ |
| Temperature Coefficients of Voc | -0.289%/℃ |
| Temperature Coefficients of Isc | 0.048%/℃ |
Mechanical Characteristics
| Cell Type | 9BB M6 MONO PERC 166×83mm |
| Number of Cells | 144 (72×2) |
| Dimension | 2094×1038×35mm |
| Weight | 23.5 Kg |
| Junction Box | IP68, 3 diodes |
| Output Cables | 4.0mm², 500mm Length |
| Connectors | MC4 Compatible |
| Packing | 32PCS/Pallet, 704PCS/40’HC |
Finergy's Advantages of Quality & Cost Control
1. Automated cost control
1.1) A large number of automation equipments investment, reduce personnel, save labor cost.
1.2) Combined with advanced equipment, man-machine engineering layout, improve the capacity of the whole line.
1.3) Optimize production lines layout, level and lean production, reduce waste.
1.4) Power system monitoring, frequency renovation, energy saving.
2. Information cost control
2.1) ERP, MES, WMS and other information systems are ingerated to eliminate the human errors and reduce management waste.
2.2) The application of information system can optimize labor distribution and increase productivity benefits.
In conclusion, the integration of the above two is inevitable. Materials system and equipments matching improve the accuracy of materials distribution, reduce the loss of human errors. The auxillary judgement system is combined with EL testers to improve the detection rate and reduce the cost loss of detection products. The materials calling system is combined with AGV automatic transportation equipments to improve production efficiency and reflect logistics cost.
Automatic Equipments And Production Lines At Site
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144 Cell 450W Mono PERC Solar Panels Single Crystalline Silicon Solar Cell 9BB 166mm Images
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