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RM-455W-166M/144 Photovoltaic Module

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2. Modular Flexible Design
3. Selectable Automation Levels
4. Intelligent Manufacturing Support
5. Quality Monitoring Assurance
6. High Efficiency and High Productivity
7. Human-Centric Engineering Optimization
8. Safe and Environmentally Friendly Design
9. Technical Training and Maintenance
10. Customized Development

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Product Description


1:Keywords

  • Product Model:RM-455W-166M/144
  • Technology Type:High-efficiency Monocrystalline PERC Module, 166mm Cell, 9BB Cell Technology
  • Core Parameters:430-455Wp Power, 20.96% Conversion Efficiency, 1500VDC Maximum System Voltage
  • Warranty Policy:12-year Product Warranty / 28-year Linear Power Output Warranty, 0.55% Annual Degradation Rate
  • Certifications & Tests:EL Testing, Salt Mist/Ammonia/Dust Testing, 2400Pa Wind Load / 5400Pa Snow Load Certification, PID Testing

2:Product Introduction

  • Basic Specifications
    Module size 2094×1038×35mm, weight 24.5kg, using 144 pieces of 166mm monocrystalline PERC cells (6×12+6×12 arrangement).
  • Power & Efficiency
    Maximum power range 430-455Wp, maximum conversion efficiency 20.96%, under standard test conditions (STC): irradiance 1000W/m², cell temperature 25℃, air mass AM1.5.
  • Warranty System
    Provides 12-year product material and process warranty, 28-year linear power output warranty (annual degradation rate 0.55%), superior to general industry standards.

3:Technical Features

▶ Certifications & Quality Control

  • Certified by independent institutions, manufactured with advanced production lines, and ensured quality through two EL tests.
  • Obtained GVAS, IAF and other system certifications, with internal testing standards stricter than industry levels.

▶ Environmental Adaptability

  • Weather Resistance:Passed salt mist, ammonia and dust tests, suitable for harsh outdoor environments such as seashores, farms and deserts.
  • Load Capacity:Can withstand 2400Pa wind load and 5400Pa snow load.
  • Anti-PID Performance:Passed PID (Potential Induced Degradation) test under harsh conditions.

▶ Electrical Performance

  • Electrical Parameters (STC conditions):
    • Open-circuit voltage Voc 48.70-49.80V, short-circuit current Isc 11.23-11.61A
    • Optimum working voltage Vmpp 40.30-41.20V, optimum working current Impp 10.67-11.06A.
  • Temperature Characteristics
    • Power temperature coefficient -0.36%/℃, open-circuit voltage temperature coefficient -0.27%/℃
    • Operating temperature range -40℃~+85℃, NMOT (Nominal Operating Temperature) 44±2℃.

▶ Mechanical & Material Design

  • Cell & Encapsulation:9BB monocrystalline cells, front plate of high-transmittance low-iron tempered glass, white backsheet.
  • Frame & Wiring:Anodized aluminum alloy 6005T6 frame, IP68 protective grade junction box (with 3 bypass diodes), 4.0mm² cable (MC4 compatible connector).
  • Optimized Design:Cell current grading to reduce mismatch loss, positive power tolerance, anti-reflective and easy-to-clean surface to minimize power loss from dust.

4:Applications

  • Applicable Environments
    Suitable for complex outdoor scenarios such as seashores (salt mist environment), farms (ammonia environment), deserts (dust environment).
  • System Integration Directions
    • Can be connected to home energy storage systems to achieve "self-generation and self-usage, surplus power storage".
    • Adapt to distributed photovoltaic power stations, especially projects in remote areas with high weather resistance requirements.
    • Support on-grid or off-grid systems to meet different grid access needs (maximum system voltage 1500VDC).


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