High-Performance Structural Steel Poles for Solar Sports Lighting
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Robust Lighting Poles & Structural Support
Durable & Robust: Engineered to withstand extreme weather and high winds.
Safe & Reliable: Compliance with international safety standards.
Quick Installation: Modular design for fast assembly and minimal downtime.
Versatile Design: Suitable for various stadium sizes and LED lighting solutions.
- Pole Height: 12–30 meters
- Material: Galvanized Steel / Aluminum Alloy
- Wind Resistance: Up to 200 km/h
- Finish: Anti-corrosion coating, powder-coated surface
- Installation Type:Modular, Quick Assembly
- Compliance:International Safety Standards
Durable Lighting Poles & Structural Support for Complete Solar Stadium Lighting Solutions
Our lighting poles and structural supports are engineered for safety, stability, and long-lasting performance, forming the backbone of your solar stadium lighting system. Designed to seamlessly integrate with LED floodlights, solar panels, lithium batteries, solar controllers, and smart IoT monitoring, these structures ensure optimal illumination, reliable energy distribution, and efficient remote management. With fast modular installation and excellent wind resistance, they complete the six-core Solar Lighting Solutions framework, providing a solid foundation for high-performance stadium lighting.
Engineering Excellence in Sports Lighting Structures
We provide precision-engineered lighting poles designed to support the unique weight and wind-load requirements of solar-powered systems. Our structural solutions prioritize mechanical safety, anti-corrosion longevity, and seamless integration with our LED and solar components.
Site-Specific Wind Load & Structural Calculations
We don’t use a "one-size-fits-all" approach. Every pole is engineered based on local wind speed data and the total surface area (EPA) of the solar panels and LED fixtures. We ensure the deflection rate is minimized to prevent flickering or vibration during high-intensity matches.
Advanced Anti-Corrosion: Hot-Dip Galvanization & Powder Coating
To ensure a 25+ year service life, all poles undergo a Hot-Dip Galvanization process according to ISO 1461 standards. This provides a deep metallurgical bond that protects against rust in high-humidity or saline coastal environments, optionally finished with architectural-grade powder coating for aesthetics.
Integrated Solar-Ready Design & Easy Maintenance
Our poles feature internal cable routing to protect wiring from UV and vandalism. They are equipped with reinforced service doors for easy access to controllers and customized mounting brackets designed for rapid installation of solar arrays and multi-fixture LED crossarms.
Robust Engineering Specifications & Structural Integrity
The reliability of a solar football lighting system starts with its foundation. Our poles are manufactured using premium high-strength steel and subjected to rigorous galvanization processes, ensuring maximum safety and a 50-year service life in the most demanding global environments.
| Item | Value |
|---|---|
| Model | Customized |
| Type | Single-Tube Pole |
| Brand Name | LedSportX |
| Place of Origin | China |
| Surface Treatment | Hot-dip Galvanized (ASTM A123 / ISO 1461) |
| Lifting Method | Manual |
| Material | Q235B / Q355 / Q420B / Bsteel |
| Standard | GB / ANSI / TIA-222-G |
| Color | Custom Color |
| Height | 12m–30m |
| Galvanization Standard | ASTM A123 / ISO 1461 |
| Wind Resistance | 0–300 km/h |
| Lifespan | 50 years |
Seamless Integration with the Complete Solar Football Stadium Lighting System
The Lighting Poles & Structures provide a robust physical foundation for the entire lighting system. Engineered for high wind resistance, structural stability, and long-term outdoor use, they ensure safe and reliable installation of solar panels and LED floodlights. Modular design allows flexible configuration to suit different stadium sizes and layout requirements.
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.