485-505W Bifacial Dual Glass 10BB Half-cut Mono Perc 132-cell Solar Panels

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  2. OEM Solar Panels

485-505W Bifacial Dual Glass 10BB Half-cut Mono Perc 132-cell Solar Panels

  • Category: OEM Solar Panels
  • Features
    • 485-505W bifacial dual glass solar panels with 10BB half-cut Mono PERC 132-cell technology deliver high efficiency, increased energy yield, and reliable performance for commercial, industrial, and utility solar projects.

Product Description

485-505W Bifacial Dual Glass 10BB Half-cut Mono Perc 132-cell Solar Panels

MVC 485-505W Bifacial Dual Glass 10BB Half-cut Mono PERC 132 Cell Solar Panels are designed to provide higher energy output, improved reliability, and excellent long-term performance for residential, commercial, and utility-scale solar applications.

Featuring advanced 10BB (10 Busbar) half-cut monocrystalline PERC cell technology, these solar modules improve current collection efficiency, reduce electrical resistance, and minimize power losses during operation. The half-cut cell design enhances module performance by reducing internal heat generation and improving shading tolerance.

Equipped with bifacial solar technology and dual glass construction, the module can generate power from both the front and rear sides by utilizing reflected and scattered sunlight, increasing overall energy yield in suitable installation environments. The dual glass structure provides enhanced protection against moisture, UV exposure, and harsh weather conditions, ensuring excellent durability and long service life.

With a power output range of 485W to 505W, MVC high-efficiency bifacial solar panels are an ideal solution for projects requiring maximum energy generation, reduced system costs, and reliable performance throughout the module lifetime.

Key Features

● High Power Output up to 505W

The module delivers 485W-505W high power output, helping maximize energy production while reducing the number of panels required for large-scale solar installations.

● Bifacial Technology for Increased Energy Generation

The bifacial design allows the rear side of the module to absorb additional sunlight reflected from the ground or surrounding surfaces, providing extra energy yield compared with conventional single-sided panels.

● 10BB Half-cut Mono PERC Technology

Advanced 10BB half-cut Mono PERC cells improve electrical conductivity, reduce resistance losses, and enhance overall module efficiency for stable energy output.

● Durable Dual Glass Design

The dual glass structure offers excellent resistance against humidity, temperature changes, UV radiation, and environmental stress, improving module reliability in demanding conditions.

● 132 Cell Large-format Module Design

The 132-cell configuration provides higher module power density and improved system efficiency, making it suitable for commercial rooftops and utility-scale PV projects.

● Improved Shading Performance
The half-cut cell layout reduces the impact of partial shading and improves energy harvesting performance in complex installation environments.

● Excellent Low-light Performance
Optimized Mono PERC cell technology enables efficient power generation during cloudy weather, mornings, and low solar irradiation conditions.

● Strong Environmental Adaptability
Designed for long-term outdoor operation, the module provides excellent resistance against wind, moisture, and temperature variations.

● Wide Range of Solar Applications
Suitable for:
- Commercial rooftop solar systems
- Industrial PV projects
- Utility-scale solar farms
- Ground-mounted solar installations
- Solar energy storage systems

ELECTRICAL CHARACTERISTICS

Testing Condition

STC

NMOT

STC

NMOT

STC

NMOT

STC

NMOT

STC

NMOT

Maximum Power (Pmax/W)

485

362

490

365

495

369

500

372

505

376

Operating Voltage (Vmpp/V)

37.87

35.3

38.02

35.5

38.17

35.6

38.32

35.7

38.47

35.9

Operating Current (Impp/A)

12.81

10.23

12.89

10.29

12.97

10.36

13.05

10.42

13.13

10.49

Open-Circuit Voltage (Voc/V)

45.16

42.5

45.31

42.6

45.46

42.8

45.61

42.9

45.76

43.1

Short-Circuit Current (Isc/A)

13.70

11.04

13.78

11.11

13.86

11.17

13.94

11.24

14.02

11.30

Module Efficiency (%)

20.40

20.40

20.60

20.60

20.80

20.80

21.00

21.00

21.20

21.20

REAR SIDE POWER GAIN(REFERENCE TO 410W FRONT)

Pmax gain

5%
10%
15%
20%
25%

Pmax/W

515

539

564

588

613

Vmpp/V

38.02

38.02

38.02

38.02

38.02

Impp/A

13.53

14.18

14.82

15.47

16.11

Voc/V

45.31

45.31

45.31

45.31

45.31

Isc/A

14.47

15.16

15.85

16.54

17.23

MECHANICAL CHARACTERISTICS

Cell Type

Monocrystalline Silicon (10Busbar)

No. of Cells

132pcs in series (6*22)

Module Dimensions

2100*1134*30mm (82.68*44.65*1.18inches)

Weight

29.4kg (64.8lbs.)

Front Glass

2.0mm AR Coating Semi-tempered Glass

Back Glass

2.0mmGlazedSemi-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

Maximun System Voltage

1500V/DC

Operating Temperature

-40°C~+85°C

Maximun Series Fuse

30A

Safety Protection Class

ClassⅡ

Mechanical Load (Front side)

Front side 5400Pa,

Back side 2400Pa

Refer. Bifaciality Factor

70%+5%

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)

612