ソーラーパネルのディレクトリ
(12,365 パネルシリーズ / 46,100 のパネル)

• The bifacial solar module is especially suitable for ground-mounted and tracker installations

• More performance through innovative N-Type Topcon technology

• Up to 30% more output through bifacial technology

• Enhanced durability

• Increased energy production during adverse weather conditions

- Tier1 brand

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

- 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

• TOPCon Technology

• Up To 22.3% Module Efficiency

• Higher Power Density

• SMBB Half-Cut Cells

• Enhanced Mechanical Load

• Rigorously Tested under Stringent Conditions

• IP68 Certified

• 15-Year Product, 30-Year Linear Performance Warranty

• Tier 1 Quality Panel

• Proven Half-Cut PERC Cells

• Advanced Multi-Wire Technology

• Up To 21.3% Peak Efficiency

• PID Resistant

• 25-Year Linear Power Output Warranty At 84.8%

• 12-Year Materials And Workmanship Warranty

• Bifacial technology enables additional energy harvesting

• 30 years lifespan brings 10-30% additional power generation

• The N-type solar cell has no LID

• Excellent low irradiance performance

• Better light trapping

• Industry-leading lowest thermal co-efficient

• 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

• Advanced MBB Half Cell Technology

• Achieve up to 21.4% module efficiency through high-density interconnect technology

• Lower LCOE, decreased BOS cost, and shorter payback time

• Endures harsh environments

• Backed by a 12-year product warranty and a 30-year power warranty

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

• Achieves up to 22% efficiency

• Power tolerance ranging from 0 to +5W

• Withstands 2,400Pa wind loads and 5,400Pa snow loads

• Complies with international QS ISO9,001 standards

• Boasts a protection rating of IP68

• Resilient Against Salt and Corrosion

• Highly resistant to PID in humid conditions

• Zero LID

• Anti-PID

• Resistant to harsh environments

• Lower temperature coefficient(-0.29%/℃)

• Excellent low irradiance performance

• 80%-85% bifaciality, and up to 30% power gain from the back side

• Lower BOS and LCOE

- 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℃

• Module Efficiency Up To 22.02%.

• Advanced Technology: Incorporates SMBB And Hot 2.0 Technologies For Improved Power Output And Reliability.

• Durability: Excellent Anti-PID Performance And Resistance To Harsh Environmental Conditions.

• Robust Warranty: Backed By A 15-year Product And 30-year Linear Power Warranty.

• Bloomberg Tier 1 Brand

• HJT Technology

• Bifacial Power Gain

• Up To 22.56% Module Efficiency

• LID And PID Resistant

• High-Quality Materials, Best Workmanship, German Engineering

• 30-year Linear Performance, 15-year Product Warranty

• 83% output retention even after 30 years of operation

• Features 132 mono half-cells, sturdy anodized aluminum frame, tempered-glass surface

• Endured rigorous testing, including withstanding 25 mm hailstones at speeds of 83 km/h

• Achieves an impressive maximum power output of 505 watts, boasting a module efficiency of up to 21.50%

• Utilize Bifacial Technology for Additional Energy Harvesting from the Rear Side

• Demonstrates Excellent PID Resistance

• Boasts an Industry-Leading Low Thermal Power Coefficient

• Module Imp Binning Significantly Reduces String Mismatch Losses