Directorio de Paneles
(11.641 Series de paneles / 42.816 Paneles)

10-busbar solar cell improves the efficiency of modules by decreasing the distance between busbars and finger grid line

Gallium-doped silicon cell technology makes PV module first year power degradation <2%

Half-cut cell technology to reduce hot spot risk

Optimized electrical design with lower operating current improves shading response

• Aesthetic design, well-suited for rooftops

• 9 busbars improve module efficiency

• High power output of up to 550Wp at 21,27 efficiency

• Anti-PID property minimizes power loss

• High salt and ammonia resistance as certified by TÜV SÜD

• 100% dual EL-inspection ensures defect-free modules

• Ideal for large-scale installations

• One of the industry's most trusted modules

• Highly reliable due to stringent quality control

• Certified to withstand challenging environmental conditions

PID resistance
Half-cell technology reduce the hotspots risk
Improving the system efficiency and reducing the balance-of-system costs
Excellent temperature coefficient and low irradiation performance bring greater power.
Achieve up to a 34% power increase, 0,012-0,014 BOS reduction, 1,2%-1,5% LCOE reduction
25 years linear performance warranty

A sleek and modern all-black frame packed with advanced technologies

Power range from 395 to 415 watts and an efficiency of up to 21,26%

Advanced half-cut technology and a multi-busbar design

Series-parallel wiring reduces shading loss

Excellent temperature performance

FLSU 530-540M offer high-end technologies (PERC, half-cut, multi-busbars) coupled with an appealing all-black design

Ranging from 530 to 540 watts and offering up to 21,09% efficiency

Split cell architecture - 144 half-cut cells

IP68 protection junction box safeguarding the components from dust, particles, and water

Module can be used in both 1.000 and 1.500 V systems

• 144 half-cut monocrystalline cells

• A conversion efficiency of up to 20,87%

• Equipped with 158,75mm cells, generate up to 420W

• A multi-busbar design with 9 busbars

• Stable power output is ensured by positive power sorting

• A 15 years product warranty and a 30-year linear power warranty

- EVA encapsulated

- Glass foil sandwich laminated

- Sandblasted anodizing Aluminum frame

- IEC 5.400Pa tested

- Hail up to 25mm diameter, 80 Km/h tested

- Temperature Range: -40 to +85 ℃

- Nominal operating cell temperature (NOCT): 47℃

• M10-182*91mm, 585w, 144cells, 22,67%

• Non-destructive cutting, Mono, MBB, N-type, Large size half-cut module

• Powered with N-type half-cut monocrystalline cells

• Output power ranging from 565 to 585 watts

• 30-year linear performance warranty

Advanced cell technology and qualified materials lead to high resistance to PID; System output maximized by reducing mismatch losses up to 2% with modules sorted & packaged by amperage; Reliable quality leads to a better sustainability even in harsh environment like desert, farm and coastline.

1. Higher module conversion efficiency (up to 20,17%) thanks to PERC technology

2. Optimized production process guarantees outstanding PID resistance

3. Advanced glass and cell surface texture design ensure excellent performance in a low-light environment

4. Certified to withstand: wind load (2.400 Pa) and snow load (5.400 Pa)

5. High salt mist and ammonia resistance

1. TUV, VDE, CEC, PI-BERLIN, CE certified panel.

2. ISO 9.001 & ISO 14.001 accredited manufacturing facility.

3. Reliable quality insured by CHUBB INSURANCE.

4. Cost-effective competitiveness.

The high module conversion efficiency of up to 21,28% by using innovative half-cell design and multi-busbar (MBB) cell technology

144 monocrystalline cells encased in a durable anodized aluminium frame

The module has passed the salt mist, ammonia and hail tests

The anodized aluminium frame allows the panel to withstand wind loads up to 2.400 Pa, and snow loads up to 5.400 Pa

Used advanced laser-cut solar cells with PERC technology

Low iron-tempered glass with enhanced stiffness and good impact resistance

Tempered glass solar module provides a high conversion rate of up to 21%

Large cell size 166x166mm considerably increase power output

Highly resistant to harsh environment and variable temperatures

1. High resistance to PID

2. Low risk of microcrack and snail trail

3. Withstand harsh environment

4. Increased wind and snow loads capacity

5. Excellent fireproofing: Class A

6. Low BOS cost

7. High module conversion efficiency

8. Low operation and maintenance cost

9. Tailored transparency module design

10. Longer power output warranty

1. Rigorous quality control meeting the highest international standards

2. High-transmittance low-iron tempered glass, strong aluminium frame using UV-resistant silicon

3. ISO 9.001:2.008, ISO 14.001:2.004, OHSAS 18.001

4. IEC 61.215, IEC 61.730, safety class II, conformity to CE

• The highly powerful and efficient module with a maximum output of 670 watts and a peak efficiency of 21,6%

• A half-cut technology

• Durable components - an IP68 junction box, a 3,2-millimetre high-transmission and anti-reflection coated glass

• Resistant to potential-induced degradation effects and has an anodized aluminium frame

Class A fire resistants (industry standard class C)

Outstanding performance in low-light conditions

Low-temperature coefficient (Pmax): -0,35%/ ℃

0-+5W positive tolerance - to ensure high output

Lower internal current, lower hot spot temperature

Micro-crack resistant, enhancing the module reliability

Excellent anti-PID module design, TUV SUD certified

● De las empresas de energía solar más innovadoras.

● I + D por el equipo de EE. UU.

● Las celdas solares 5BB/9BB/12BB pueden reducir la pérdida de calor

● Voltaje del sistema de 1.500V, bajo costo BOS

● Mejor salida en poca luz

● Salida de potencia de mayor eficiencia

● Fuerte y seguro bajo viento y nieve.

● Resistente a la sal y al amoníaco