395 - 415W 10BB Half-cut Mono Perc Anti-glare-Solar-Panels

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395 - 415W 10BB Half-cut Mono Perc Anti-glare-Solar-Panels

  • Category: OEM Solar Panels
  • Features
    • The 395-415W 10BB Half-Cut Mono PERC Anti-Glare Solar Panel is designed with advanced monocrystalline PERC technology, delivering high power output, excellent reliability, and improved energy yield for residential, commercial, and industrial solar applications. Featuring 10BB half-cut cell technology, this module reduces internal resistance and power losses while enhancing overall conversion efficiency.

Product Description

395 - 415W 10BB Half-cut Mono Perc Anti-glare-Solar-Panels

The 395-415W 10BB Half-Cut Mono PERC Anti-Glare Solar Panel is designed with advanced monocrystalline PERC technology, delivering high power output, excellent reliability, and improved energy yield for residential, commercial, and industrial solar applications. Featuring 10BB half-cut cell technology, this module reduces internal resistance and power losses while enhancing overall conversion efficiency.

Equipped with an anti-glare surface design, the solar panel effectively minimizes light reflection and improves light absorption, making it suitable for areas with strict visual requirements. The optimized cell structure also helps reduce hot spot risks and improve performance under partial shading conditions.

With a durable construction, excellent low-light performance, and strong environmental adaptability, this 395-415W solar module provides a reliable solution for rooftop solar systems, ground-mounted projects, and other renewable energy installations.

Key Features

High Power Output up to 415W

Advanced Mono PERC technology delivers power output ranging from 395W to 415W, providing higher energy generation and improved system efficiency.

10BB Half-Cut Cell Technology

The 10-busbar half-cut cell design reduces current loss and internal resistance, improving module efficiency and long-term power performance.

Anti-Glare Surface Design

The specially designed anti-glare glass reduces reflected light and enhances light utilization, making the module ideal for applications where glare control is required.

Lower Hot Spot Risk

Optimized circuit design helps reduce operating temperature and minimizes the possibility of hot spots, improving module safety and reliability.

Excellent Low-Light Performance

The high-quality monocrystalline cells maintain stable energy output even under cloudy conditions or low solar irradiation environments.

Enhanced Durability & Reliability

Built with high-quality materials and a robust module structure, the panel offers excellent resistance against environmental stresses for long-term outdoor operation.

Improved PID Resistance

Advanced cell technology and module design provide enhanced resistance against potential-induced degradation (PID), helping maintain stable power output throughout the product lifetime.

Wide Application Range

Suitable for:
Residential rooftop solar systems
Commercial & industrial solar projects
Ground-mounted PV installations
Off-grid and hybrid solar applications

ELECTRICAL CHARACTERISTICS

Testing Condition

STC

NMOT

STC

NMOT

STC

NMOT

STC

NMOT

STC

NMOT

Maximum Power (Pmax/W)

395
294
400
298
405
302
410
306
415
310

Operating Voltage (Vmpp/V)

30.85
28.8
31.05
29.0
31.24
29.2
31.43
29.3
31.64
29.6

Operating Current (Impp/A)

12.81
10.23
12.89
10.3
12.97
10.36
13.05
10.42
13.13
10.48

Open-Circuit Voltage (Voc/V)

36.75
34.6
37.00
34.8
37.25
35.1
37.50
35.3
37.75
35.5

Short-Circuit Current (Isc/A)

13.69
11.04
13.78
11.11
13.86
11.17
13.94
12.24
14.02
11.30

Module Efficiency (%)

20.20
20.20
20.50
20.50
20.70
20.70
21.00
21.00
21.30
21.30

MECHANICAL CHARACTERISTICS

Solar Cell

Monocrystalline 182*182mm

No. of Cells

108 (6*18)

Module Dimensions

1722*1134*30mm

(67.80*44.65*1.18inches）

Weight

21.5kg (47.4lbs.)

Front Glass

3.2mm AR Coating Tempered Glass

Frame

Anodized Aluminium Alloy

Junction Box

IP68, 3 Bypass Diodes

Output Cables

4mm²(IEC),12AWG(UL)

300mm in Length or Customized Length

Connectors

T01/LJQ-3-CSY/MC4/MC4-EVO2

APPLICATION CONDITIONS

APPLICATION CONDITIONS

1000V/1500V/DC

Operating Temperature

-40°C~+85°C

Maximun Series Fuse

25A

Safety Protection Class

ClassⅡ

Mechanical Load (Front side)

5400Pa

Mechanical Load (Back side)

2400Pa

TEMPERATURE CHARACTERISTICS

Temperature Coefficient of Pmax

-0.35%/°C

Temperature Coefficient of Voc

-0.26%/°C

Temperature Coefficient of Isc

+0.048%/°C

Nominal Module Operating

Temperature(NMOT)

43±2°C

PACKING CONFIGURATION

Pieces Per Pallet

36

36(USA)

Pieces Per Container(40'HQ)

936

936