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465W 182 N-TopCon Monofacial Module Monocrystalline Silicon Panels

465W 182 N-TopCon Monofacial Module Monocrystalline Silicon Panels

  • Highlight

    465W Monocrystalline Silicon Panels

    ,

    480W Monocrystalline Silicon Panels

    ,

    1500V monocrystalline cell

  • Power Range
    465W - 480W
  • Module Efficiency
    21.48% - 22.17%
  • Maximum System Voltage
    1500V DC
  • Nominal Module Operating Temperature
    44±2°C
  • Temperature Coefficient (Pmax)
    -0.30%
  • Connector
    MC4 Compatible
  • Weight
    23.2kg (35mm) / 22.1kg (30mm)
  • Front/Rear Load Capacity
    5400pa/2400pa
  • Place of Origin
    China
  • Brand Name
    LS
  • Certification
    IEC 61215/IEC 61730/ISO 9001/ISO 14001/ISO 45001
  • Model Number
    M465
  • Document
  • Minimum Order Quantity
    806 pcs
  • Price
    consult prices online
  • Packaging Details
    Per Pallet: 31pcs (35mm) / 36pcs (30mm) Per Container (40'HQ): 744pcs (35mm) / 864pcs (30mm)
  • Payment Terms
    T/T

465W 182 N-TopCon Monofacial Module Monocrystalline Silicon Panels

465W 182 N-TopCon Monofacial Module The Perfect Combination of Performance and Reliability

 

Product Description

 

The 182 N-TopCon Monofacial Module with a power range of 465W to 480W is an advanced solar panel solution designed for superior energy generation. With an impressive maximum efficiency of 22.17%, this module ensures high energy output even in challenging environmental conditions. The module is constructed with 182mm N-TopCon Mono Cells arranged in a 120pcs (6x20) configuration, offering enhanced performance through reduced resistance and increased power density. The robust anodized aluminum alloy frame and IP68-rated junction box ensure durability and long-term reliability.

 

Electrical Performance Parameters |STC
Model Type   465C/HPM)
60(182
470C(HPM)
60(182)
475C(HPM)
60(182)
480C(HPM)
60(182)
Nominal Max.Power Pmax(W) 465 470 475 480
Max.Power Voltage Vmp(V) 35.02 35.18 35.35 35.51
Max.Power Current Imp(A) 13.28 13.36 13.44 13.52
Open Circuit Voltage Voc(V) 42.18 42.34 42.50 42.67
Short CircuitCurrent lsc(A) 14.03 14.11 14.19 14.27
Module Eficiency (%) 21.48 21.71 21.94 22.17
Power Output Tolerance (W) 0~+5W
*STC:Iradiance 1000W/m², Cell Temperature 25℃,Air Mass AM1.5.
*Power measurement tolerance ±3%.
Electrical Performance Parameters |NMOT
Model Type   465CXHPM)
60(182)
470C(HPM)
60(182)
475C(HPM)
60(182)
480C(HPM)
60182)
Nominal Max.Power Pmax(W) 350 354 358 362
Max.Power Voitage Vmp(V) 32.96 33.15 33.34 33.52
Max.Power Current Imp(A) 10.62 10.68 10.74 10.80
OpenCircuitVoltage Voc(V) 40.13 40.29 40.45 40.61
Short CircuitCurrent lsc(A) 11.35 11.42 11.49 11.56
·NMOT:Irradiance 800W/m²,Cell Temperature 20℃,Wind Speed 1m/s.
·Power measurement tolerance ±3%.

 

Structure Performance
Solar Cell Type 182mm N-TopCon Mono Cell(Half Cell)
Solar Cell Arrangement 120pcs(6×20)
Module Dimension 1909×1134×35mm/30mm
Weight 23.2kg(35mm)/22.1kg(30mm)
Front Glass 3.2mm,highly transparent tempered glass
with anti-reflective coating
Back Sheet White
Frame Anodized Aluminum Alloy
Junction Box IP68 rated
Diode Quantity 3 pcs
Front side/Rear side 5400pa/2400pa
Connector MC4 Compatible
Per Pallet 31pcs(35mm)/36pcs(30mm)
Per Container(40'HQ) 744pcs(35mm)/864pcs(30mm)

 

Temperature Characteristics
Nominal Module Operating Temperature 44±2℃
Temperature Coefficient (Isc) +0.043%
Temperature Coefficient (Voc) -0.25%
Temperature Coefficient(Pmax) -0.30%

 

Maximum Parameters
Working Temperature -40~+85℃
Maximum System Voltage 1500V DC
Nominal Maximum Fuse Current 25A

 

Application

 

Ideal for residential, commercial, and industrial rooftop installations, the 182 N-TopCon Monofacial Module is engineered to maximize energy production and efficiency. Its high output tolerance and advanced cell technology make it suitable for deployment in various geographic locations, including areas with high temperatures and low light conditions.

 

Shipping Methods

 

Supports global air and sea shipping, ensuring flexible and reliable delivery options to meet the demands of various project timelines.