Jinko JKM565N-72HL4-V 565-585 Silver Frame 1500V

Jinko JKM565N-72HL4-V 565-585 Silver Frame 1500V

Module Power565 W
Cell TypeN-type
Colour FrameSilver Frame
Module typeMonofacial
Module Power565 W
Cell TypeN-type
Colour FrameSilver Frame
Module typeMonofacial

Product details

Series NameTiger Neo N-type 72HL4-(V)
Series Power Range (Wp)565-585
Model NameJKM565N-72HL4-V Silver Frame
Warranty Years12
Primary (Years, % Output Power)30, 87.4
Voltage at Maximum Power, Vmpp (V) At STC41.92
Current at Maximum Power, Impp (A) At STC13.48
Open Circuit Voltage, Voc (V) At STC50.6
Short Circuit Current, Isc (A) At STC14.23
Panel Efficiency (%) At STC21.87
Power Tolerance, - (%) At STC3
Maximum Power, Pmax (W) At NOCT425
Voltage at Maximum Power, Vmpp (V) At NOCT39.38
Current at Maximum Power, Impp (A) At NOCT10.79
Open Circuit Voltage, Voc (V) At NOCT48.06
Short Circuit Current, Isc (A) At NOCT11.49
Temperature (°C) At NOCT45±2
Operating Temperature Range (°C)-40~85
Temperature coefficient of Pmax (%/°C)-0.3
Temperature coefficient of Voc (%/°C)-0.25
Temperature coefficient of Isc (%/°C)0.046
Maximum System Voltage (V)1500
Series Fuse Rating (A)25
Cell Number144
Glass TypeAnti-reflection Coating, Tempered, Low Iron, High Transmission
Glass Thickness (mm)3.2
Frame TypeAnodized Aluminum Alloy
Junction Box Protection ClassIP68
Cable Crosssection (mm²)4
Cable Length (mm)400

Description

SMBB Technology Better light trapping and current collection to improve module power output and reliability. PID Resistance Excellent Anti-PID performance guarantee via optimized mass-production process and materials control. Durability Against Extreme Environmental Conditions High salt mist and ammonia resistance. Hot 2.0 Technology The N-type module with Hot 2.0 technology has better reliability and lower LID/LETID. Enhanced Mechanical Load Certified to withstand: wind load (2400 Pascal) and snow load (5400 Pascal).

Measurements

Height (mm)2278
Width (mm)1134
Depth (mm)35
Weight (kg)28

Attachments

jinko-jkm565n-72hl4-v-silver-frame-1500v