Integrated Solar Panel System Solutions for Professional Lighting
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High-Efficiency Solar Panel — The Core of Green Energy Solutions
- Designed to provide reliable power for football field lighting systems, ensuring stable operation.
- Excellent durability, resistant to high temperatures and harsh weather, suitable for outdoor conditions.
- Easy to install with low maintenance costs, providing long-term energy savings.
- Module Type: GT580W-144M
- Power Output: 580W
- Cell Type: N-TOPCon MBB (182mm)
- Cell Arrangement: 144Pcs (6x12x2)
- Bifacial Factor: Up to 80% additional power gain from rear side
- Efficiency: Up to 22.45%
- Dimensions: Optimized for easy handling and installation
- Glass: Dual-glass (tempered, anti-reflective coating)
- Frame: Anodized aluminum alloy for added rigidity
- Connector: Industry-standard, compatible with most inverters
- Operating Temperature: -40°C to +85°C
Products Detail
Engineered for Maximum Energy Harvest in Sports Environments
By leveraging advanced TOPCon technology, our solar panels maximize energy production while ensuring exceptional durability and reliability. While suitable for various photovoltaic projects, these panels are specifically engineered for the unique demands of football stadiums, which require massive energy loads within concentrated timeframes. Optimized for high-mast installations, the surface textures are designed to capture sunlight from wider angles, ensuring your stadium stays powered and performance remains consistent in all environmental conditions—from the first whistle to the final goal.
Advanced TOPCon Technology
which introduces a tunnel oxide layer between the silicon wafer and the metal contact to significantly reduce recombination losses, improving efficiency.
Anti-Reflective Coating
Anti-reflective coating minimizes light reflection and maximizes light absorption, enhancing energy production.
High-Transmittance Tempered Glass
High-transmittance, low-iron tempered glass enhances durability and resistance to environmental factors.
Robust Aluminum Frame
Robust aluminum frame provides additional strength, ensuring the panel can withstand heavy impacts and harsh weather conditions, including hail and strong winds.
Tier-1 Monocrystalline Technology: 22%+ Conversion Efficiency
We utilize premium N-type monocrystalline cells that push the boundaries of photovoltaic performance. With a cell efficiency exceeding 22%, our panels generate more power per square meter than standard modules, allowing for smaller, more aerodynamic arrays on lighting poles without sacrificing energy output.
Electrical Parameters at STC
| Module Type | Maximum Power | Module Efficiency | Open Circuit Voltage | Short Circuit Current | Voltage at Max. Power | Current at Max. Power | Power Tolerance |
|---|---|---|---|---|---|---|---|
| JMS580N-144M | 580 Pmax/W | 22.45% | 51.4 Voc/V | 14.35 Isc/A | 42.87 Pmp/V | 13.53 Imp/A | Pmax±3% |
| STC：Irradiance 1000W/㎡ Cell Temperature 25℃ AM1.5 | |||||||
Electrical Parameters at NOCT
| Module Type | Maximum Power | Open Circuit Voltage | Short Circuit Current | Voltage at Max. Power | Current at Max. Power |
|---|---|---|---|---|---|
| JMS580N-144M | 436 Pmax/W | 48.95 Voc/V | 11.57 Isc/A | 40.44 Pmp/V | 10.82 Imp/A |
| NOCT：Irradiance 800W/㎡ Ambient Temperature 20℃ Wind at 1m/S AM1.5 | |||||
* STC: Used to evaluate the maximum power output of solar panels under ideal conditions, suitable for theoretical performance evaluation.
* NOCT: Used to evaluate the solar panel’s performance under normal operating conditions, particularly in terms of temperature effects, to predict the module’s real-world performance.
| STC | 🌞 | Irradiance 1000W/㎡ | 🌡️ | Cell Temperature 25℃ | ☁️ | AM1.5 | ||
| NOCT | 🌞 | Irradiance 800W/㎡ | 🌡️ | Ambient Temperature 20℃ | ☁️ | AM1.5 | 🌪️ | Wind at 1m/S |
Bifacial Energy Yield: Maximizing Total System Output
With a 30% rearside gain, a single module can reach a maximum output of 741W, drastically reducing the number of poles and panels needed for your stadium.
Bifacial Output-Rearside Power Gain
| Rearside Power Gain | 10% | 15% | 20% | 25% | 30% |
|---|---|---|---|---|---|
| Maximum Power（Pmax/W） | 627 | 655.5 | 684 | 712.5 | 741 |
| Open Circuit Voltage（Voc/V） | 51.6 | 51.6 | 51.7 | 51.7 | 51.7 |
| Short Circuit Current（Isc/A） | 15.68 | 16.39 | 17.1 | 17.81 | 18.53 |
| Voltage at Max. Power（Pmp/V） | 42.32 | 42.32 | 42.42 | 42.42 | 42.42 |
| Current at Max. Power（Imp/A） | 14.82 | 15.49 | 16.12 | 16.8 | 17.47 |
Mechanical Specifications & Physical Dimensions
The LEDSportX 580W Bifacial TOPCon Module is designed with an optimal balance of power density and structural integrity. Its streamlined dimensions are engineered for seamless high-mast integration, reducing wind resistance while maximizing the solar collection area:
Optimized Footprint: With a precise dimension of 2279mm × 1134mm, these panels provide a massive surface area for energy absorption without over-stressing the structural poles.
High Power Density: Delivering a nominal 580W from a standard-sized frame, it reduces the total number of modules required, leading to lower installation costs and faster project completion.
Robust yet Manageable Weight: At 31.5kg, the module is built for heavy-duty durability while remaining within safe handling limits for crane-assisted high-mast mounting.
Slim Profile: The 30mm ultra-slim frame design allows for high-density packing during logistics, significantly reducing shipping costs for global stadium projects.
Product Size
| Overall dimensions (L×W×H) | Power | Weight |
|---|---|---|
| 2279mm×1134mm×30mm | 580W | 31.5kg±3% |
Engineering Precision: Detailed Mechanical Dimensions of our TOPCon Modules
Accurate spatial planning is critical for high-mast solar installations. The following technical drawing illustrates the precise physical specifications of the LEDSportX 580W-741W Series, designed to facilitate seamless structural integration for stadium lighting projects:
Overall Footprint: The module features a standard length of 2279mm and a width of 1134mm, providing an expansive surface area optimized for maximum sunlight absorption.
Ultra-Slim Profile: At just 35mm thick, the reinforced aluminum frame offers a perfect balance between structural rigidity and wind-load aerodynamics, crucial for elevated pole mounting.
Precision Mounting Hole Layout: The rear view highlights the pre-drilled mounting holes at 800mm and 1300mm intervals, ensuring compatibility with standard solar racking systems and customized high-mast brackets.
Aerodynamic Integrity: With a narrow frame edge of 35mm, these panels minimize wind resistance, reducing the mechanical stress on the lighting poles during extreme weather events.
Solar Panels details
Performance Analysis: Photovoltaic Efficiency & Thermal Stability Curves
To ensure 365-day reliability for stadium lighting, our TOPCon modules undergo rigorous electrical characterization. These charts illustrate the superior performance consistency of the LEDSportX 570W+ Series under varying irradiance and temperature levels:
Optimized Power-Voltage Dynamics: The Current-Voltage (I-V) and Power-Voltage (P-V) curves demonstrate a stable “Maximum Power Point” (MPP) across different sunlight intensities. This ensures that even during morning or late afternoon hours, the system maintains high-efficiency energy harvest for the battery storage.
Superior Thermal Resilience: The Temperature Dependence chart highlights the module’s low temperature coefficient. While standard panels lose significant power as heat rises on stadium roofs or poles, our TOPCon cells maintain a stable Pmax, Voc, and Isc, ensuring consistent output in tropical or high-heat environments.
Wide Irradiance Adaptability: The multiple colored curves represent performance under different solar radiation levels (from 200W/m² to 1000W/m²). This linear performance ensures that your football field lighting remains functional even during overcast or hazy weather conditions.
Certified Excellence: Industry-Leading Warranty & Quality Standards
At LEDSportX, we stand behind the longevity of our stadium lighting systems. Our rigorous quality control and comprehensive global certifications ensure your investment is protected for decades:
30-Year Linear Power Guarantee: Our TOPCon modules are engineered for long-term endurance, featuring an industry-leading 30-year linear power warranty. We guarantee that our panels will maintain at least 87.4% of their original power output by year 30, with a remarkably low annual degradation of just 0.40%.
Comprehensive Material Protection: Every system is backed by a 12-year materials and workmanship warranty, ensuring peace of mind against any manufacturing defects.
Globally Recognized Certifications: Our products meet the highest international safety and performance standards, including IEC 61215, IEC 61730, and UL 61730.
Certified Management Systems: Our manufacturing excellence is verified by ISO 9001:2015 (Quality), ISO 14001:2015 (Environmental), and ISO 45001:2018 (Occupational Health & Safety) certifications.
Third-Party Validation: We proudly carry stamps of approval from world-class testing bodies such as TÜV NORD, CQC, and CE, confirming our commitment to reliability and safety.
Module Excellence
SMBB
Technology Better light trapping and currentcollection to improve module power output andreliability.
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 (2400Pascal) and snow load (5400 Pascal).
Adaptability Harsh Environments
Third party certified through high salt spray and high ammonia corrosion tests.
Better lowirradiance performance
Higher power output even under low irradiance environments like on cloudy or foggy days
Bifacial Power Generation
Bifaciality is up to 80%, up to 30% more energy yield than conventional modules
Seamless Integration with the Complete Solar Football Stadium Lighting System
The Solar Panel System serves as the primary energy source for the entire lighting solution. High-efficiency photovoltaic modules capture solar energy throughout the day and convert it into stable electrical power, even under challenging weather conditions. Engineered for outdoor durability and long-term performance, the system ensures sufficient energy generation to support continuous night-time stadium lighting.
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- No.9F, Elevator 1, Building F, Cao Yi Xin Tian Hong Logistics Park, Guzhen Town, Zhongshan City, Guangdong Province, China.
- jason@ledsportx.com
- +86 136 2270 1011
FAQ
Everything You Need to Know
From technology to timelines, find all the key answers in one simple place.
How does the JMS580N-144M double-sided, double-glass design improve the performance of solar panels?
The JMS580N-144M solar panel features a double-sided, double-layered glass design, allowing it to absorb sunlight from both the front and back sides simultaneously, thereby maximizing power generation. This feature is particularly advantageous in high-albedo environments, such as snowy areas or reflective surfaces, significantly increasing overall power output.
Yes, the JMS580N-144M solar module features a robust double-layer fiberglass structure, ensuring long-lasting durability. This design also protects the module from various weather conditions, including strong winds, snow accumulation, and extreme temperatures.
Topcon (Tunnel Oxide Passivated Contact) technology significantly improves the efficiency of solar cells by reducing energy loss and increasing light absorption. Compared to traditional solar panels, this means higher power output and better performance under low-light conditions.
Compared to traditional single-layer glass panels (glass front, plastic back), the JMS580N-144M dual-layer glass panel offers superior durability and weather resistance. The dual-layer glass structure makes it more resistant to aging, impact, and moisture, ensuring a longer lifespan and lower risk of failure.
With efficiencies ranging from 22.45% to 22.72%, this means they can convert more sunlight into usable energy compared to less efficient panels.
Switch to solar. Start your journey now.
With LedSportX, solar is something we can help you to understand. It is reliable, intelligent, and built to perform. If it would be agreeable to all, I would like to suggest that we work together to bring clean energy to life.