دليل اللوحة الشمسية
(11,664 سلاسل اللوحات / 42,898 لوحات فردية)

● Power ranging from 530W to 560W

● High level of conversion efficiency of up to 21.68%

● PERC technology

● Anodized aluminium alloy frame

● 3.2-millimetre high transmission tempered front glass

● Anti-reflection coating on the front glass

● Highly resistant to PID effects

● 12-year product warranty and a 25-year linear power output warranty

Mono panel with black frame

210mm PERC cut-cell technology

High efficiency, higher output power

Less shading and lower resistive loss 1,500V system voltage,

PID resistance Durability against extreme environmental conditions

Suitable for residential roof system

• Integration of sophisticated technologies

• 144 monocrystalline solar cells provide up to 460W of output with an excellent conversion efficiency of up to 21.1%

• Advanced 166mm half-cell technology

• Innovative multibusbar design

• IP68-rated junction box and 3.2-millimetre tempered glass

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) Thermal Cycles

2) Heating

3) UV protection

4) High voltage

5) Hot Spot

6) Impulse Voltage

7) Humidity and Frost

8) Reverse current overload

9) Grounding Performance

10) Impact

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

• Increased MBB (Multi Busbar) reflectance ensure higher power

• Power output: Positive tolerance of up to 5W

• 100% EL double inspection ensures modules are defect-free

• Anti-reflective and self-cleaning surface reduces

• Pass ammonia and salt mist test
  

High-performance technologies - bi-facial design, multi-busbar, PERC, and half-cut cells

The ultra-high-power output of up to 670 watts with 21.57% superefficiency

The power produced from both panel surfaces

Covered on both sides by the tempered glass

The 1,500-volt system voltage and low current half-cut cell technology integrations

12-busbar design

● MBB (Multi Busbar) technology bringing more BOS savings

● High power output

● PID resistant

● Excellent IAM and low light performance

● Severe weather resilience,Resistant to salt, acid and ammonia,Certified to 5,400 Pa positive load and 2,400 Pa negative load

● Durability against extreme environmental conditions

• 144 high-quality monocrystalline cells

• A conversion efficiency rating of up to 22.45%

• A total power output range of 570-to-580-watt peak

• Up to 5W positive power output tolerance

• An anodized aluminium alloy and a 3.2mm thick glass

• A 15-year product and 30-year performance warranty

Higher module efficiency and higher output power

Innovative half-cell and PERC technology

Better shade tolerance and reduced internal mismatch loss

High performance under low light conditions

TUV, CQC, and CE Certified

Harsh Environment Adaptability

Passed PID, fire, salt mist corrosion, and ammonia corrosion tests

• Adopting the large 182-millimetre cells with advanced PERC and half-cell technologies

• Enhanced power output of 410 watts

• An excellent efficiency rating of up to 20.97%

• Stringent checking procedures used during panel manufacturing

• Warranty - 15 years for panel workmanship and 30 years for performance

Tier1

10 years material and workmanship guarantee

25 years power warranty

CE, IEC61,215 ＆ IEC61,730/TüV, UL, ISO9,001, CEC, and etc.

The module can bear snow loads up to 5,400Pa and wind loads up to 3,800 Pa.

Guaranteed power output (0~+3).

Passed PID Test, Fire Test, Salt Mist Corrosion Test and Ammonia Corrosion Test

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

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.