Factory-High mast street light,

—Illuminate Your Projects with Reliability and Efficiency

Our high mast lighting solutions are designed for large-scale illumination needs, providing powerful, consistent lighting for stadiums, parking lots, and public spaces. Experience unparalleled performance, even in the toughest conditions.

Your Trusted High mast street light Manufacturer

With advanced LED technology and corrosion-resistant materials, our lights offer long-term reliability and cost savings.

HTD-001

HTD-002

HTD-003

HML-010

HML-050

HNL-011

Aluminum Pole

Durable, lightweight, and corrosion-resistant aluminum poles ideal for outdoor lighting and signage solutions.

Features

Lightweight – Easy to transport and install, reducing labor and transportation costs.
Corrosion-Resistant – Withstands extreme weather conditions, making it ideal for outdoor environments.
Versatile Designs – Available in various sizes and finishes, suitable for a wide range of applications.

Benefits

Durability – Offers long-lasting performance with minimal maintenance.
Eco-Friendly – Made from recyclable material, supporting environmental sustainability.
Cost-Effective – Affordable upfront cost with low ongoing maintenance needs.

Applications

Street Lighting – Commonly used to support street lamps and provide reliable illumination for roads.
Security Lighting – Ideal for parking lots, outdoor venues, and security lighting solutions.
Signage Support – Perfect for supporting billboards, traffic signals, and outdoor advertisements.

As long as you need it, we can make it — in any material, shape, or color!

No matter your project requirements, we deliver custom light poles tailored to your vision. From aluminum to hot-dip galvanized steel, round to octagonal, grey to matte black — we manufacture to match your exact specs, fast and factory-direct.

Solar Light Design

If you need it, we can build it. Your requirements aren’t just orders to us—they’re the driving force behind our innovation. We don’t just sell solar street lights; we create solutions that fit your business. Let’s work together to cut costs, improve quality, and grow profits as true partners.

Customized solutions

Customized Solutions for Your Needs – We tailor our solar street lights to match your exact requirements, ensuring optimal performance, cost efficiency, and maximum profitability for your business. Let’s create the perfect lighting solution together!

Flexible Cooperation Models

No matter the shipping method or payment terms, nothing will stand in the way of our partnership. Our experienced team is committed to providing flexible solutions, ensuring smooth transactions and reliable support to help you reduce costs and maximize your profits.

Reliable After-Sales Support

We stand behind every solar street light we manufacture. Our dedicated after-sales team ensures fast responses, technical assistance, and hassle-free solutions for any issues. With warranty protection and ongoing support, you can invest with confidence and focus on growing your business.

Let’s discuss the products you need.

Please provide your requirements, and our professional technical team will assist you. In just a short time, we will offer you the perfect solution and the best price. Act now—our special discount season is here!

What is a high mast light, and how is it different from a regular street light?

A high mast light is a type of lighting system designed for large-area illumination. It typically features a tall pole — usually 20 meters (65 feet) or higher — with multiple high-power luminaires mounted at the top.

Compared to regular street lights, high mast lights have several key differences:

Much taller installation height
Regular street lights are usually 6–12 meters (20–40 feet) tall, while high mast lights range from 20–40 meters (65–130 feet) or more. This allows them to cover a much larger area.

Wider lighting coverage
High mast lights are designed to illuminate large open spaces such as squares, stadiums, ports, airports, large intersections, and industrial yards. Regular street lights are mainly used for roads, sidewalks, residential areas, and smaller pathways.

More luminaires on a single pole
A high mast light can have multiple luminaires (often 4 to 24 or more) arranged in a circular or cluster pattern to provide uniform lighting. Regular street lights typically have only one luminaire per pole.

Additional functional features
Many high mast lights include a lowering system for easier maintenance and repairs. They can also be equipped with smart controls for remote monitoring, dimming, and scheduling — features not commonly found on standard street lights.

Different application scenarios
Regular street lights are ideal for linear, continuous lighting along roads or paths. In contrast, high mast lights are better suited for large, open, and high-traffic areas where strong, wide-area illumination is essential.

What are the common height options for high mast lights?

High mast lights typically come in various heights to suit different application needs. The most common height options are:

20 meters (65 feet) — Widely used for medium-sized areas such as parking lots, small stadiums, or road intersections.

25 meters (82 feet) — A popular choice for larger outdoor areas like ports, logistics yards, and bigger parking areas.

30 meters (98 feet) — Commonly used for airports, large industrial facilities, and major highways.

35 to 40 meters (115 to 130 feet) — Suitable for very large open spaces, big container yards, or large sports complexes.

👉 In some special projects, custom heights above 40 meters can also be designed, depending on specific lighting coverage and structural requirements.

How large is the lighting coverage area of a high mast light?

The lighting coverage area of a high mast light depends on several factors, including the pole height, the number and type of luminaires, the beam angle, and the site layout.

However, as a general guideline:

A 20-meter (65 ft) high mast light typically covers around 50 to 80 meters in diameter (about 2,000–5,000 m²).

A 25-meter (82 ft) high mast light can cover around 80 to 100 meters in diameter (about 5,000–8,000 m²).

A 30-meter (98 ft) high mast light can reach 100 to 120 meters in diameter (about 8,000–12,000 m²).

35 to 40 meters (115–130 ft) can illuminate areas up to 150 meters in diameter (up to 15,000 m² or more).

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

The ULTIMATE Guide to Sourcing Solar Lights in China

Module 1

What is all in one solar street light？

An all-in-one solar street light is a type of outdoor lighting system that combines the solar panel, LED light, battery, and power management system into a single, compact unit. It is designed to be easy to install and is often weatherproof, making it suitable for outdoor use. This system is powered entirely by solar energy, meaning it doesn’t require external electricity, making it ideal for locations without access to the grid.Unlike traditional solar street lights, which often use bulky components and require more maintenance, all-in-one solar street lights are more efficient, have a sleek design, and are low-maintenance, offering a cost-effective and environmentally friendly lighting solution.

Module 2

What Are The Components Of An All-In-One Solar Street Light?

An all-in-one solar street light consists of several key components that work together to provide efficient and sustainable lighting:

1. High-Efficiency Solar Panel

Mounted on top of the unit, it captures sunlight during the day and converts it into electrical energy with high conversion efficiency.

2. Long-Life Lithium Battery (LiFePO4)
Safely stores the solar energy and powers the light at night. These batteries offer longer lifespans, deep-cycle performance, and enhanced safety.

3. LED Light Source
Uses energy-efficient, high-lumen LED chips to provide bright and uniform illumination. Designed for long life and low energy consumption.

4. Smart Controller
Acts as the system’s brain, regulating charging, discharging, lighting time, brightness levels, and protecting against overcharge or deep discharge.

5. Motion Sensor (PIR or Microwave)
Detects movement in the surrounding area and adjusts brightness accordingly to conserve energy and enhance security.

6. All-in-One Housing Design
Combines all components into a single, weatherproof (IP65+) and corrosion-resistant casing, simplifying installation and reducing maintenance.

Module 3

What is the Lifespan of Solar Street Lights? What is the Replacement Cycle?

Struggling with Short Lifespan and High Maintenance Costs?
Many customers worry about the long-term performance of solar street lights. With unpredictable weather conditions, battery failure, and decreased efficiency, these concerns are valid. But here’s the good news: high-quality solar street lights are designed to last between 5 to 10 years, ensuring long-term value and reliability.

Concerned About Frequent Replacements?

One of the most common issues with solar lighting systems is the need for frequent replacements. The truth is, the battery tends to be the first component to wear out, typically requiring a replacement every 3-5 years. However, LED lights and solar panels can last for decades, reducing your total maintenance costs and hassle.

How We Solve This for You
Our solar street lights come equipped with premium components, including durable solar panels and high-efficiency LED lights designed to operate for over 50,000 hours. To make sure your lights last as long as possible, we provide guidance on regular maintenance—such as cleaning panels and inspecting wiring. This reduces the likelihood of costly repairs and ensures continuous performance.

No More Surprises—Just Long-Term Value
With proper care, the main concern, the battery, can be easily replaced every 3-5 years, while the rest of your solar street light will continue to perform effectively for many years. By choosing our high-quality solar lights, you’re investing in a product that balances long lifespan, minimal maintenance, and cost-efficiency.

Module 4

How Does an All-in-One Solar Street Light Work?

An all-in-one solar street light works in three simple steps:

Charges During the Day
The solar panel absorbs sunlight and stores energy in the built-in lithium battery.
Lights Up at Night Automatically
At dusk, the system turns on the LED light using the stored energy. It can stay at full brightness or dim when no motion is detected.
Manages Itself Smartly
The internal controller adjusts brightness, protects the battery, and ensures efficient energy use—all without manual operation.

No cables. No electricity bill. Just install and it works.
Ideal for streets, rural roads, and any location without access to the grid.

Module 5

How to Choose the Pole Height and Lighting Coverage?

Choosing the right pole height and lighting coverage isn’t just about standard sizes—it’s about getting the right light in the right place for safety, efficiency, and aesthetics. Here’s how to get it right:

1. Start with Road Width or Area Type

≤6 meters (narrow roads, walkways, village roads) → Use 6–7 meter poles
7–10 meters (urban streets, small parking lots) → Use 8–9 meter poles
≥12 meters (highways, wide main roads) → Use 10–12 meter poles

Tip: The pole height should be at least equal to or slightly more than the road width.

2. Determine Pole Spacing Based on Coverage

Use the rule:
Pole Spacing = 2.5 to 3.5 × Pole Height

Example: A 9-meter pole can be spaced 22–31 meters apart, depending on brightness needs.

Closer spacing = better uniformity. Wider spacing = more cost-efficient, but risk of dark zones.

3. Match with LED Wattage and Light Distribution

Taller poles generally pair with higher wattage (e.g. 80–120W for 10m poles)
Choose optical lens type:
- Type II for narrow roads or sidewalks
- Type III for urban streets
- Type V for open areas like squares or parking lots

4. Mounting Arm Length Also Matters

Longer arms (1.5–2.5m) extend the light throw horizontally
Make sure the arm length aligns with pole height to prevent light waste or shadowing

Module 6

Shipping Method and Packaging Method

1. Shipping Methods Based on Order Size

Bulk Orders (Large Quantities):
Shipped by sea freight in full containers (FCL) or less-than-container load (LCL), depending on quantity.
Most cost-effective method for commercial and government projects.
Small Orders or Urgent Deliveries:
Shipped via air freight or courier services (like DHL, FedEx, UPS).
Suitable for samples, pilot projects, or time-sensitive needs.

2. Protective Packaging You Can Rely On

Individual Protection:
Each unit is packed in a custom-fit carton box with high-density foam cushioning to absorb shocks and vibrations.
Bulk Handling:
Cartons are stacked on export-grade wooden pallets or packed in fumigated wooden crates, reinforced with plastic wrap and metal strapping.
Labeling & Handling:
All packages include clear labeling, product codes, and handling instructions to minimize the risk of damage during loading and unloading.

3. Why It Matters

Prevents breakage of solar panels, lights, and batteries during long-distance transport
Ensures smooth customs clearance with compliant packaging and documents
Reduces installation delays due to damaged or missing parts

Module 7

A Guide to Choosing the Perfect All-in-One Solar Street Light

To choose the right all-in-one solar street light, you need to consider your actual project environment—not just the wattage. For narrow roads, pathways, or small parks, 20W to 40W models are enough. For urban streets, parking lots, or schools, choose 50W to 80W. For highways, wide roads, or industrial areas, 100W to 150W+ will perform better. Always check the lumen output and lighting coverage, not just the power label.

Battery performance is just as critical. Choose models with lithium (LiFePO₄) batteries for better safety and lifespan. A good light should last 2–3 nights without sunlight, with a full charge time of around 6–8 hours.

Control modes affect energy efficiency. Motion sensor lights save energy by dimming when no one is around. Time-controlled systems can follow pre-set schedules, such as 100% brightness for the first few hours, then dimming overnight. For cloudy regions, hybrid solar/grid options are available.

Build quality matters. Look for IP65 waterproof rating, aluminum housing, and resistance to strong winds and temperature changes. A good product should work reliably in harsh outdoor conditions from –20°C to 60°C.

Before ordering, make sure the light fits your pole setup. Confirm the pole height, bracket compatibility, and whether installation accessories are included. For best results, match the light to your site’s road width, brightness need, and installation method—not just the price.

The ULTIMATE Guide to Sourcing Solar Lights in China

high mast light

Illuminate Your Space with High Mast Lights – Powerful, Efficient, and Reliable Solutions for Large-Scale Lighting Needs

Your Trusted Supplier of solar steet light

Founded in 2006, Sunlurio, has been a pioneer in the solar energy industry for over 17 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.

high mast light

Enhance safety and visibility with high mast lights, designed for large areas. Durable, energy-efficient, and ideal for any environment