JinkoSolar 54HL4R - (V) 435W-440W N-type solar panel with high power generation performance 1

JinkoSolar 54HL4R - (V) 435W-440W N-type solar panel with high power generation performance 2

JinkoSolar 54HL4R - (V) 435W-440W N-type solar panel with high power generation performance 3

JinkoSolar 54HL4R - (V) 435W-440W N-type solar panel with high power generation performance

The JinkoSolar 54HL4R - (V) 445W-450W solar module performs exceptionally well in extreme weather conditions. The module has been certified to withstand a maximum static load of 6000 Pa on the front and 4000 Pa on the back. This means that it can maintain stability in harsh environments such as strong winds and heavy snow, and will not be damaged by external forces And using N-type TOPCon technology, it has a lower temperature coefficient (Pmax temperature coefficient is -0.29%/℃). This enables the components to function properly even under high and low temperature conditions. JinkoSolar provides a 15 year product material warranty and a 30-year linear power warranty for this module.

Model:

54HL4R-(V)

power:

435W 440W

material:

monocrystalline silicon

Product Name:

N-type single glass solar panel

Brand Name:

Jinko

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Product name

435W 440W N-type single glass solar panel

Maximum System Voltage

1000/1500 VDC (IEC)

Connector Type

JK03M/MC4/Others

Packing detail(Two pallets=One stack)

37 pcs/pallets, 74 pcs/stack, 962 pcs/ 40'HQ Container

Output Cables

4.0 mm2 (+): 400 mm , (-): 200 mm or Customized Length

Max. Efficiency

22.52%

Battery Type

N-type monocrystalline silicon solar cell

Protection Level

IP68

Certification

ISO9001,ISO14001,ISO45001

Warranty

30 years

Dimension (L*W*H)

1762×1134×30mm

Operating Temperature

-40°C ~ +70°C

Product Features

N-type components using Tunnel Oxide Passing Contacts (TOPCon) technology have lower LID/LeTID attenuation and better low light performance.
The N-type components using JinkoSolar HOT 3.0 technology have better reliability and power generation efficiency.
Third party certification has passed high salt spray and high ammonia corrosion tests.
The overall component has been certified with a maximum front static load of 6000Pa and a maximum back static load of 4000Pa.
Better light utilization and current collection capability effectively enhance product power output and reliability.