LONGi Solar Module: LR5-72HPH-545~565M

LONGi Solar Module: LR5-72HPH-545~565M

The Hi-MO 5m (G2) LR5-72HPH 545~565M solar module is designed for optimal performance in ultra-large power plants, offering a range of advanced features:

Key Features

  • M10 Wafer Technology: Utilizing the M10 wafer, this module is the best choice for large-scale solar power plants.
  • Superior Efficiency: Advanced module technology ensures high efficiency levels:
    • M10 Gallium-doped Wafer for enhanced performance.
    • Integrated Segmented Ribbons for improved electrical connections.
    • 9-busbar Half-cut Cell design for reduced electrical losses.
  • Outstanding Outdoor Performance: The module’s high quality guarantees excellent power generation and long-term reliability in outdoor conditions.

Component Specifications

  • Max Module Efficiency: 21.9%
  • Power Tolerance: 0~3%
  • First Year Power Degradation: <2%
  • Year 2-25 Power Degradation: 0.55%
  • Half-Cell Design: Reduces operating temperature, enhancing performance and longevity.

Mechanical Parameters

  • Cell Orientation: 144 (6×24)
  • Junction Box: IP68 rated, with three diodes.
  • Output Cable: 4mm², customizable length from +400 to -200mm/±1400mm.
  • Glass: 3.2mm coated tempered single glass for durability.
  • Frame: Anodized aluminum alloy for strength and corrosion resistance.
  • Weight: 27.5kg
  • Dimension: 2278×1134×35mm
  • Packaging: 31pcs per pallet/155pcs per 20’GP /620pcs per 40’ HC

Operating Parameters

  • Operational Temperature: -40 ℃ to +85 ℃
  • Power Output Tolerance: 0 ~ 3%
  • Maximum System Voltage: DC1500V (IEC/UL)
  • Maximum Series Fuse Rating: 25A
  • Nominal Operating Cell Temperature: 45±2℃
  • Protection Class: Class II
  • Fire Rating: UL type 1 or 2, IEC Class C

Mechanical Loading

  • Front Side Maximum Static Loading: 5400Pa
  • Rear Side Maximum Static Loading: 2400Pa
  • Hailstone Test: Withstands 25mm hailstones at 23m/s

Temperature Ratings (STC)

  • Temperature Coefficient of Isc: +0.050%/℃
  • Temperature Coefficient of Voc: -0.265%/℃
  • Temperature Coefficient of Pmax: -0.340%/℃