500–530W Single Glass Solar Panel

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500–530W Single Glass Solar Panel
Details
Power Output: 500W–530W monocrystalline silicon (182mm half-cell technology)
Conversion Efficiency: 21.5% maximum module efficiency, significantly reducing system BOS costs
Panel Material: 3.2mm high-transmittance, anti-reflective tempered glass with high hail resistance
Protection Configuration: IP68-rated junction box, integrated with 3 sets of high-reliability bypass diodes
Mechanical Load: Certified to withstand 5400 Pa of front-side snow load and 2400 Pa of rear-side wind load
Weather Resistance: Excellent resistance to potential-induced degradation (Anti-PID) and power generation performance under low-light conditions
Category
Mono Solar Panel
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Description

 

Product Overview & System Integration

 

     This 500–530W monocrystalline single-glass PV module is specifically designed for large-scale ground-mounted power plants and commercial and industrial (C&I) rooftop applications. It utilizes multi-busbar (MBB) and half-cell technology to significantly reduce internal resistance losses and mitigate power degradation caused by shading. In terms of system compatibility, the module supports a maximum system voltage of 1500V DC, making it highly compatible with mainstream string and central inverters worldwide and effectively increasing the number of modules that can be connected in series per string. As a direct manufacturer, we provide in-depth technical coordination for EPC projects, covering pre-installation of specific cable lengths, specification of connector models, and support for system layout planning, ensuring precise integration with existing grid-connected and off-grid architectures.

 

Schematic Diagram of the Internal Components and Monocrystalline Silicon Cell Structure of a 500–530 W Single-Layer Glass PV Module

 

Material & Technical Specifications

Product Name

500–530W Single Glass Solar Panel

Battery Cell Type

N-type GBC cell

Battery arrangement

120(6*20)

Glass

Front glass: 3.2mm tempered coated glass

Frame

Anodized aluminum alloy frame

Output wires

Customized Length

Weight

22.6 kg

Size

1907*1134*30mm

Packing

37 pieces/pallet

222 pieces/120-foot flat rack container

888 pieces/40-foot high cube container

962 pieces/13.5-meter flatbed truck

1258 pieces/17.5-meter flatbed truck

Safety Protection Rating

Class Ⅱ

Fire Rating IEC Class C

 

Quality Control & Global Standards

       

      Our entire product line is manufactured in strict compliance with the ISO 9001 quality management system. Every 500–530W solar panel must pass 100% dual EL (electroluminescence) internal micro-crack inspection and fully automated power flash testing before leaving the warehouse. Our products comply with international electrical safety standards such as TUV, CE, and RoHS. We offer a rigorous power performance guarantee: power degradation in the first year is strictly controlled to within 2%, and we guarantee a minimum of 84.8% of the rated power output at the end of the 25-year lifespan.

 

product-1520-71

product-551-240

 

Actual photos of a 530W monocrystalline solar panel array on a commercial and industrial rooftop supplied by a Chinese manufacturer

 

Product Details

 

500–530W Single Glass Solar Panel Assembly Drawing Engineering Drawings (Unit: mm)

*Length: ±2mm Width: ±2mm

 

Single Glass Solar Panel

 

Electrical Performance Parameters (Under Standard Test Conditions)

Model

GK-1-60HG-505M

GK-1-60HG-500M

GK-1-60HG-510M

GK-1-60HG-515M

GK-1-60HG-520M

GK-1-60HG-525M

GK-1-60HG-530M

Test Conditions

STC

NOCT

STC

NOCT

STC

NOCT

STC

NOCT

STC

NOCT

STC

NOCT

STC

NOCT

Maximum Power (Pmax/W)

500

377

505

381

510

384

515

388

520

392

525

396

530

400

Open-Circuit Voltage (Voc/V)

45.02

42.51

45.12

42.61

45.22

42.70

45.32

42.79

45.42

42.89

45.52

42.98

45.62

43.08

Peak Power Voltage (Vmp/V)

37.90

35.79

38.00

35.89

38.10

35.98

38.20

36.08

38.30

36.17

38.40

36.27

38.50

36.36

Short-Circuit Current (Isc/A)

14.05

11.36

14.11

11.41

14.17

11.46

14.23

11.51

14.29

11.56

14.35

11.60

14.41

11.65

Peak Power Current (Imp/A)

13.20

10.53

13.30

10.61

13.39

10.69

13.49

10.77

13.58

10.84

13.68

10.92

13.77

10.99

Module Conversion Efficiency(%)

23.1

23.4

23.6

23.8

24.0

24.3

24.5

1. STC (Standard Test Conditions): Irradiance 1000 W/m², cell temperature 25°C, spectral distribution AM1.5

2. NOCT (Nominal Operating Cell Temperature): Irradiance 800 W/m², ambient temperature 20°C, spectral distribution AM1.5, wind speed 1 m/s

Load Capacity

 

Maximum Static Load (Front) 5400Pa      
Maximum Static Load (Back) 2400Pa      
Hail Test Passed Diameter 25mm, Impact Speed 23m/s

Packaging & Logistics Safety

 

      For international bulk sea freight, we utilize export-grade vertical stacking packaging solutions. Each palletized module is equipped with high-strength corrugated cardboard corner protectors and reinforced with anti-slip steel straps, while the base uses fumigation-free, load-bearing wooden pallets that comply with international standards. Standardized anti-tilt lashing procedures are implemented inside the container to ensure the physical integrity of individual glass modules during long-distance multimodal transport and in environments with extreme temperature fluctuations, strictly controlling the transportation damage rate to below 0.01%.

 

Typical Application Scenarios

 

Typical Application Scenarios

Choose the plan that suits you best.

Large-scale megawatt (MW) ground-mounted solar power plants and agrivoltaic projects

01

Commercial and industrial building rooftop (BAPV) grid-connected power generation systems

02

Power supply for telecommunications base stations and off-grid microgrids in remote areas

03

High-power solar-powered agricultural irrigation and deep-well pumping systems

04

FAQ

Q: How does this 500–530W monocrystalline module integrate with an existing 1500V grid-tied inverter system?

A: This module is natively designed to support a maximum system voltage of 1500V DC. Compared to 1000V systems, it allows for more PV panels to be connected per string, directly reducing the number of combiner boxes and DC cables required. We can provide precise string voltage and current calculations based on your inverter's MPPT range.

 

Q: How does this single-glass panel perform in terms of corrosion resistance for PV projects in coastal areas with high salt fog levels?

A: The module frame is made of AL6005-T5 anodized aluminum alloy, with an oxide film thickness that meets stringent industrial standards, and the junction box features IP68-rated sealing. The entire product line has passed third-party laboratory salt fog corrosion resistance tests and ammonia tolerance tests, making it fully suitable for long-term operation in coastal and high-humidity environments.

 

Q: What is the lead time for bulk OEM orders of 500W solar panels? Do you support customization of specific materials?

A: Megawatt-scale orders of standard specifications are typically delivered within 15–20 business days. For OEM requirements, we support backsheet color changes, custom cable lengths, and laser-etched company logos. The mold-making and prototyping process will be finalized within 7 days to ensure project timelines are met.

 

Call to Action

 

     Receive detailed system wiring diagrams and wholesale project quotes within 24 hours. We support bulk OEM samples for factory-quality testing. Contact our EPC procurement team today to secure the latest factory shipment batch.

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