Al adoptar la tecnología de celdas monocristalinas de tipo N de medio corte multipuerta (MBB) de 182 mm para celdas solares de alta potencia, una mayor potencia de los componentes reduce eficazmente los costos de BOS del sistema.
| CLASE DE POTENCIA | FGT-620ND | FGT-625ND | FGT-630ND | FGT-635ND | FGT-640ND | |
| STC | STC | STC | STC | STC | ||
| Potencia máxima (Pmax) | 620 W | 625W | 630 W | 635W | 640 W | |
| Voltaje de circuito abierto (Voc) | 51,65 V | 51,84 V | 52,03 V | 52,22 V | 52,41 V | |
| Corriente de cortocircuito (Isc) | 15.12A | 15.18A | 15.24A | 15.30A | 15.36A | |
| Voltaje a máxima potencia (Vmpp) | 43,51 V | 43,68 V | 43,84 V | 44,01 V | 44,17 V | |
| Potencia máxima actual (Impp) | 14.25A | 14.31A | 14.37A | 14.43A | 14.49A | |
| EFICIENCIA DEL MÓDULO (%) | 22,18% | 22,36% | 22,54% | 22,72% | 22,90% | |
| STC: Irradiancia 1000W/m², temperatura de celda 25ºC, AM1.5G | ||||||
| SALIDA BIFACIAL - GANANCIA DE POTENCIA TRASERA | ||||||
5% | Potencia máxima (Pmax) | 651W | ||||
| Eficiencia del módulo STC (%) | 23,29% | 23,48% | 23,66% | 23,85% | 24,04% | |
| 15% | Potencia máxima (Pmax) | 713W | 719W | 725W | 730 W | 736W |
| Eficiencia del módulo STC (%) | 25,51% | 25,71% | 25,92% | 26,12% | 26,33% | |
| 25% | Potencia máxima (Pmax) | 775W | 781W | 788W | 794W | 800 W |
| Eficiencia del módulo STC (%) | 27,73% | 27,95% | 28,17% | 28,40% | 28,62% | |

Double-glass solar modules (bifacial double-glass) have become the mainstream in the market due to their high durability, high power generation, and long lifespan.
Glass has extremely high wear resistance, corrosion resistance, and water vapor barrier properties. The double-glass structure can replace traditional backsheets, completely solving the problems of backsheet aging, powdering, and electrochemical corrosion in environments with high humidity, salt spray, and acid rain. Their lifespan generally reaches 30 years, longer than the 25 years of ordinary modules.
The glass structure has excellent heat dissipation performance, resulting in a lower module operating temperature and effectively improving photoelectric conversion efficiency. Combined with bifacial light emission, the overall power generation gain is significant, especially in snowy or highly reflective ground environments.
Double-glass modules typically feature a frameless design, fundamentally eliminating the electric field that causes PID (potential-induced degradation) effects. This results in a higher system safety factor, allowing for higher system voltages and thus reducing power plant construction costs.
Double-glass modules eliminate problems such as "snail trails" caused by thermal expansion and contraction of the backsheet material, resulting in better load-bearing capacity and stronger resistance to wind and sand erosion.
Double-glass modules typically achieve a Class A fire resistance rating, significantly higher than the Class C of single-glass modules, making them safer in residential and other similar applications.
Due to their excellent moisture resistance, weather resistance, and corrosion resistance, double-glass modules are particularly suitable for coastal areas, high-humidity regions, high-wind-sand areas, floating solar power, agricultural/fishery-solar hybrid projects, and distributed rooftop projects requiring high reliability.
Key Features Summary: Near-zero water permeability • Strong corrosion and weather resistance • Frameless design reduces PID risk • Up to 30-year lifespan • Approximately 21% higher lifetime power generation
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Future Green Techonology se compromete a crear un futuro verde.
Con raíces en la nueva industria energética desde hace una década, fabricamos paneles solares y baterías de alta calidad y ganamos una gran reputación entre cientos de clientes a nivel mundial.
Contamos con más de 100 socios a largo plazo en todo el mundo. Vendemos baterías y paneles solares de alta calidad, y también personalizamos sistemas de paneles solares y centrales solares para nuestros clientes. Si desea personalizar un sistema de paneles solares, puede indicar sus necesidades diarias de consumo eléctrico a continuación y desarrollaremos de inmediato una solución energética integral.

Q1: ¿Cómo elegir el panel adecuado?
A1: Díganos su demanda y luego nuestro equipo de ventas le recomendará un panel adecuado para usted.