Professional Street Light Manufacturer — High Quality, Direct from the Factory
Your Trusted Supplier of steet light
Founded in 2006, Sunlurio, has been a pioneer in the solar energy industry for over 18 years. Specializing exclusively in commercial solar lighting and off-grid solar power systems since 2006, Contact us today to request a free quote or more information.
As long as you need it, we can make it — in any material, shape, or color!
Solar Light Design
Customized solutions
Flexible Cooperation Models
Reliable After-Sales Support
Street Light（AC）
Features
- Energy-Efficient – Utilizes AC power for stable, long-lasting illumination with lower energy consumption.
- Durable Build – Designed to withstand harsh outdoor conditions, ensuring reliable performance.
- Adjustable Brightness – Offers customizable lighting levels to suit various street lighting needs.
Benefits
- Reduced Energy Costs – Provides efficient lighting with minimal electricity consumption, lowering operational costs.
- Long-Term Reliability – Built to last, offering years of consistent lighting without frequent maintenance.
- Environmentally Friendly – Low energy consumption and eco-friendly design help reduce carbon footprint.
Applications
- Street & Road Lighting – Commonly used to light highways, streets, and residential roads, ensuring safe travel.
- Public Areas – Ideal for parks, squares, and pedestrian walkways, enhancing security and visibility.
- Commercial Zones – Provides efficient lighting for parking lots, retail spaces, and industrial areas.
Smart Street Light
Features
- Remote Control & Monitoring – Easily adjustable through smart technology, allowing centralized control and real-time monitoring.
- Energy Efficient – Incorporates sensors to adjust brightness based on traffic or time of day, reducing energy use.
- Adaptive Lighting – Automatically adjusts to environmental changes, ensuring optimal illumination at all times.
Benefits
- Cost Savings – Reduces energy consumption and maintenance costs with intelligent, on-demand lighting.
- Enhanced Safety – Provides optimal visibility in real-time, improving public safety and security in urban areas.
- Sustainability – Environmentally friendly, as it lowers energy usage and contributes to reduced carbon footprints.
Applications
- Urban Streets – Perfect for city streets, adjusting lighting based on traffic flow to conserve energy while ensuring safety.
- Public Spaces – Ideal for parks, plazas, and pedestrian walkways, offering smart, adaptable lighting solutions.
- Smart Cities – Integral to smart city infrastructure, integrating with IoT systems for efficient and sustainable urban management.
Let’s discuss the products you need.
Choose the Right Light Pole Material
| Attribute | Description |
|---|---|
| Best for | Urban roads, industrial zones |
| Pros | High strength, cost-effective, widely used |
| Cons | Requires galvanizing or coating to prevent rust |
| Attribute | Description |
|---|---|
| Best for | Coastal, humid, or polluted environments |
| Pros | Excellent corrosion resistance, long-lasting |
| Cons | Slightly higher cost than raw steel |
| Attribute | Description |
|---|---|
| Best for | Coastal projects, decorative lighting, premium urban zones |
| Pros | Lightweight, rustproof, maintenance-free |
| Cons | Higher cost than steel, less load-bearing strength |
| Attribute | Description |
|---|---|
| Best for | Projects requiring high durability and clean aesthetics |
| Pros | Excellent corrosion resistance, modern appearance |
| Cons | Most expensive material option |
How to Choose the Right Light Pole Height
The ideal light pole height depends on the lighting area, pole spacing, and application type. Here’s a general guide:
| Pole Height | Best For |
|---|---|
| 3–5 meters | Pathways, gardens, residential areas |
| 6–8 meters | Parking lots, urban roads, small streets |
| 9–12 meters | Highways, large open areas, wide roads |
| 12+ meters | Airports, stadiums, industrial zones |
Tips:
- Use lower poles for areas needing soft or pedestrian-level lighting.
- Taller poles provide wider coverage but require higher power LEDs.
- Always match height with pole spacing and luminaire type for optimal results.
What are the types of light pole shapes?
Light poles come in various shapes to meet different structural, aesthetic, and installation needs. Here are the most common types:
| Shape | Description |
|---|---|
| Round | Smooth cylindrical design, simple appearance, easy to manufacture |
| Tapered Round | Narrower at the top, helps reduce wind resistance and material weight |
| Octagonal | Eight-sided pole, widely used for its strength and modern look |
| Conical | Elegant taper from bottom to top, commonly used in urban or decorative projects |
| Square | Four flat sides, often used for decorative or architectural lighting poles |
| Polygonal | Multi-sided design (e.g., 12 or 16 sides), balances strength and aesthetics |
How to Install a Light Pole
Installing our street light poles is simple and efficient. Whether for solar or grid-powered systems, follow these 6 basic steps:
1.Prepare the foundation
Dig a pit (1.2–2.0m deep) and place anchor bolts in position using a template.
2.Pour concrete
Use C30-grade concrete and ensure anchor bolts are vertically aligned. Let it cure for 3–7 days.
3.Assemble components
Attach the light head, bracket, solar panel, and controller (if needed) before raising the pole.
4.Erect the pole
Align the flange with anchor bolts, tighten nuts securely, and ensure the pole stands straight.
5.Connect wiring
Use waterproof connectors. For solar: connect panel, battery, and light. For AC: link to power supply.
6.Final check
Test the light, check verticality, and clean the solar panel surface (if applicable).
| Item | Specification |
|---|---|
| Foundation Depth | 1.2–2.0 meters |
| Concrete Type | C30 standard |
| Bolt Exposure Height | 100–150 mm above ground |
| Installation Time | 30–60 minutes per pole |
| Assistance Provided | Drawings, diagrams, videos ✅ |
Surface Treatment Options for Street Light Poles
To ensure long-term durability, weather resistance, and a professional appearance, we offer multiple surface treatment options for our steel and aluminum street light poles. Each option is selected based on the installation environment and project requirements:
🔹 Hot-Dip Galvanizing
A full immersion process where the pole is coated inside and out with a thick layer of zinc.
Features:
Excellent corrosion resistance
Ideal for harsh environments such as coastal or industrial zones
Lifespan up to 20–25 years with minimal maintenance
Recommended for: Highways, seaports, bridges, humid and rainy areas
🔹 Powder Coating (on Galvanized Surface)
An electrostatic coating process applied over galvanized poles, offering both protection and aesthetics.
Features:
UV-resistant and anti-fade
Available in various colors (gray, white, black, green, etc.)
Enhances visual appeal and matches urban design
Recommended for: City roads, residential areas, parks, commercial spaces
🔹 Hot-Dip Galvanizing + Powder Coating (Dual Protection)
Combines deep rust protection with a decorative color layer.
Features:
Maximum durability and stylish appearance
Resists salt spray, UV, and acid rain
Excellent for long-term urban infrastructure
Recommended for: Municipal lighting, premium projects, smart pole systems
🔹 Spray Painting
A budget-friendly painting option with basic anti-rust protection.
Features:
Lower initial cost
Requires regular repainting in outdoor use
Recommended for: Temporary lighting, rural roads, budget-limited projects
🔹 Anodizing (For Aluminum Poles Only)
Electrochemical treatment that strengthens the natural oxide layer on aluminum surfaces.
Features:
Metallic, modern appearance
High resistance to oxidation and discoloration
Recommended for: Decorative poles in parks, resorts, or modern architectural areas
How Wind-Resistant Are the Light Poles
Yes — our street light poles are specifically engineered to perform reliably even in regions with strong and frequent winds. We follow strict national and international standards to ensure safety and durability.
✅ Standard Wind Resistance
Our poles are designed based on GB/T 1591 and EN 40 standards and are capable of withstanding wind speeds up to:
117 km/h (Level 12 typhoon) for standard designs
140+ km/h (Level 13–14 winds) for enhanced models with reinforced structures
Each pole’s wind load resistance is calculated based on its height, material thickness, arm length, and fixture load, ensuring optimal structural safety.
✅ Reinforced Options for High-Wind Regions
For areas frequently affected by storms, typhoons, or desert winds, we offer:
Thicker pole walls (up to 6mm)
Larger and thicker flange plates
Optimized taper geometry for better stress distribution
Custom base designs with deeper foundations and wider anchor spacing
These options significantly improve the pole’s stability and fatigue resistance over time.
✅ Foundation & Installation Matter
A pole’s safety doesn’t depend on structure alone — we also provide:
Foundation design drawings with correct depth and bolt sizing
Anchor bolt kits tailored to pole size and wind class
Internal cabling and anti-vibration designs for smart pole systems
✅ Documentation Support
For government, highway, or EPC projects, we can provide:
Wind load structural calculations
Pole strength simulation reports (FEA available)
Installation instructions with regional wind zoning data
📌 Recommended Applications for High-Wind Areas:
Coastal roads and seaports
Desert highways or elevated terrain
Bridges, islands, and typhoon-prone regions
Industrial zones with open and exposed environments
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