Solarmodul-Verzeichnis
(12.353 Modulserien / 45.459 Module)

• Monofacial PERC Half-Cell Module

• MBB Technology

• 0~5W Positive Power Tolerance

• Anti-PID

• Excellent weak light performance

• Wind Load up to 2.400Pa, Snow Load up to 5.400Pa

• Boasts an elegant full-black design

• Offers enhanced performance in low-light conditions

• Demonstrates high resistance against PID

• Proven durability in challenging environments

• Achieve outstanding efficiency levels

• Minimize the risk of heat spots

• Experience exceptional performance even in low-light conditions

• Enjoy a power tolerance of 0-3%

• Benefit from PID resistance

• Withstand extreme weather conditions

• Generate electricity on both sides for maximum efficiency

High-quality the YH450 module series

The series has 4 models with a maximum power output of 450W and a peak efficiency of 20,7%

Equipped with 144 half-cut solar cells

Resistant to potential induced degradation effects

Passed salt mist, ammonia corrosion, and electroluminescence tests

Durable design - an anodized aluminium alloy frame and a 3,2mm tempered glass

• Half-cut technology

• 10 busbars

• Significantly lower risk of hot spots

• Excellent anti-PID performance

• Robust design

• IP68 junction box

• 5.400Pa snow, 2.400Pa wind load

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

Equipped with 144 split cells in a single module - twice more compared to a conventional solar module

Each half-cut cell produces the same amount of voltage as a standard cell but only half of the current

Module reaches power of up to 455W with a maximum efficiency of 20,9%

Designed to withstand harsh environmental conditions - wind loads (2.400 Pa) and snow loads (5.400 Pa)

• Tier 1 Brand

• Advanced Technology

• Half-cut Cells

• 21,5% High Efficiency

• Galium-doped M10 Wafer

• Bifacial Power Gain

• 30 Years Power Output Warranty

High-quality Materials, Best Workmanship, German Engineering

LID and PID Resistant

30-year Linear Performance, 15-year Product Warranty

Positive Power Tolerance

Salt Mist, Ammonia, and Sand Resistant

Robust Design, 5.400 Pa Snow, 2.400 Pa Wind Load

• Scaled customization, continuous innovation and efficiency

• Max: 565W l 144 Cells | 21,9% l BOS

• M10 size 182*91mm

• MBB reduces power losses

• Half-cut design reduces hotspot losses

• BOS reduces investment costs

• Specially designed for industrial, commercial & centralized ground plants

• The genuine manufacturing expert of TOPCon technology

• 4A1 high rating from Dun & Bradstreet

• The world famous third-party warranty, 12-year material warranty and 25-year power warranty

• Conversion efficiency can reach 21,29%

Aesthetic desgin perfect for rooftop installation.

Advanced module technology deliverys supeior efficiency.

Higher performance under low light environment.

Low PID Mono PERC with Half-cut Technology.

12 years materials warranty/25 years output warranty,

Comply with various criteria for diffrient market and application

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

High Efficiency 210mm MBB solar cells

A grade and 30 years warranty

TUV, CE, IEC 61.215&61.730, ISO 14.000 certificate

Full Auto-matic production lines, Strict quality control system

• 4% more energy generation

• 1,6°C lower than conventional modules

• 182 Mono PERC half-cut technology

• TUV, CE, CB, ISO9.001, CQC certified

• Excellent low irradiance performance

• Excellent PID resistance

• Industry-leading low thermal power coefficient

• Module Imp binning radically reduces string mismatch losses