Professional Street Light Manufacturer — High Quality, Direct from the Factory
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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!
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Customized solutions
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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.
What is a Smart Connected Street Light?
A Smart Connected Street Light is an intelligent outdoor lighting solution that combines high-efficiency LED luminaires with advanced sensors, wireless communication modules, and centralized control systems.
Unlike traditional street lights that operate at fixed brightness levels and require manual maintenance checks, smart connected street lights can automatically adjust light intensity based on real-time conditions such as traffic flow, pedestrian movement, or ambient light levels. They can also detect faults and send instant alerts to maintenance teams, significantly reducing downtime and operational costs.
Beyond lighting, these systems can integrate with smart city networks to support additional functions like environmental monitoring (air quality, temperature), traffic management, and even security surveillance.
By improving energy efficiency, enhancing public safety, and enabling data-driven urban management, smart connected street lights are a vital foundation for building modern, sustainable, and future-ready cities.
How does a Smart Connected Street Light work?
A Smart Connected Street Light works by combining LED lighting technology with smart controllers, sensors, and wireless communication.
Here’s how it operates:
1️⃣ Sensing and Data Collection — Integrated sensors (such as motion detectors, ambient light sensors, or environmental monitors) collect real-time data on traffic, pedestrian presence, light levels, and weather conditions.
2️⃣ Adaptive Lighting Control — Based on the data, the smart controller automatically adjusts brightness levels to save energy when streets are empty and provide full illumination when needed, enhancing safety and efficiency.
3️⃣ Remote Monitoring and Management — Each light is connected to a central management system via wireless networks (e.g., Zigbee, LoRa, NB-IoT). Operators can monitor status, schedule dimming, receive fault alerts, and analyze energy usage remotely.
4️⃣ Integration with Smart City Systems — These lights can also connect with other urban infrastructure, enabling functions like traffic flow optimization, environmental data sharing, and integration with security cameras.
By intelligently responding to real-time conditions and enabling centralized control, smart connected street lights greatly reduce maintenance costs, lower energy consumption, and improve urban living.
The Advantages of Smart Connected Street Lights
Energy Efficiency: Smart street lights automatically adjust brightness based on traffic or pedestrian presence, reducing energy consumption. They also incorporate energy-saving LED technology.
Cost Savings: By optimizing energy usage and reducing the need for manual inspections, smart street lights can significantly lower operational and maintenance costs.
Remote Monitoring and Control: These systems allow for real-time monitoring and remote control of lighting, enabling quicker responses to faults, scheduling, and adjustments.
Enhanced Safety: Smart lights can adapt to environmental conditions, improving visibility for pedestrians and vehicles. They can also be integrated with security systems to enhance public safety.
Longer Lifespan: With automatic adjustments in lighting, smart street lights help extend the lifespan of the bulbs, reducing the frequency of replacements.
Data Collection and Analysis: These systems collect valuable data (such as traffic patterns and environmental conditions) that can be analyzed to improve urban planning and infrastructure.
Sustainability: Many smart street lights are powered by renewable energy sources, such as solar power, reducing reliance on traditional grids and lowering carbon footprints.
Integration with Smart Cities: Smart connected street lights can seamlessly integrate into larger smart city ecosystems, contributing to the development of intelligent urban infrastructures.
Installation Requirements for Smart Connected Street Lights
1. Power Supply
A stable and reliable power source is essential for smart connected street lights. Depending on the location, either grid power or solar power (for off-grid areas) can be used. Ensure the wiring infrastructure is suitable for powering the lights.
2. Network Connectivity
A strong, reliable communication network is needed for the smart features to work effectively. This could be through wireless networks such as LoRa, NB-IoT, Wi-Fi, or cellular networks. Ensure that the area has adequate network coverage or plan for the installation of a network infrastructure.
3. Mounting Infrastructure
The installation site should have proper poles or mounting structures to hold the street lights securely. The height and positioning of the poles should ensure maximum coverage and effective light distribution.
4. Environmental Conditions
Ensure that the location where the lights will be installed is suitable for the specific environmental conditions (temperature, humidity, wind, etc.). The smart street lights should be rated for weatherproofing and durability, particularly in areas prone to extreme weather conditions.
5. Sensors and Control Units
The lights should be equipped with sensors (motion, light, temperature, etc.) and control units that are properly installed and calibrated to adjust lighting intensity based on environmental factors.
6. Integration with Existing Infrastructure
For urban areas, the smart street lighting system should be compatible with existing infrastructure, such as traffic management systems, surveillance cameras, or other smart city systems. This requires careful planning for integration and software compatibility.
7. Compliance with Local Regulations
Ensure that the installation meets local regulations and standards related to electrical systems, safety codes, and public lighting specifications.
8. Maintenance Access
The installation should allow for easy access for future maintenance, upgrades, and troubleshooting. Ensure the poles or mounting structures are designed for safe access to components like sensors and controllers.
9. Backup Power (Optional)
In areas prone to power outages, it’s advisable to include a backup power solution, such as batteries or solar power, to maintain operation during electrical failures.
maintenance and management costs
1. Energy Costs
Smart street lights are designed to optimize energy consumption by adjusting brightness based on factors such as motion or ambient light. This reduces energy costs compared to traditional lighting systems, leading to long-term savings.
2. Remote Monitoring and Diagnostics
Remote monitoring allows municipalities or facility managers to quickly detect malfunctions, reducing the need for manual inspections. Predictive maintenance can be implemented based on real-time data from the lights, lowering emergency repair costs and extending the lifespan of the equipment.
3. Maintenance and Repairs
The maintenance costs for smart street lights are typically lower than traditional lighting because issues can be identified remotely. However, occasional maintenance is required to ensure the sensors, control units, and network systems function optimally.
Maintenance might include:
Replacing faulty sensors or controllers
Cleaning or recalibrating sensors
Replacing LED bulbs (which typically have a long lifespan)
4. Software and Firmware Updates
The software systems that control the lights require occasional updates to ensure they remain compatible with the latest technologies. These updates can be done remotely, reducing on-site technician visits and lowering associated costs.
5. Infrastructure Upgrades
In some cases, upgrading network infrastructure or communication systems may be required to support the growing number of connected devices or advancements in the technology. These upgrades are typically a one-time expense and may involve enhancing connectivity or integrating new systems.
6. Integration with Smart City Systems
For areas with smart city networks, the integration of smart street lights may involve ongoing software management and potential costs related to compatibility with other infrastructure like traffic management or surveillance systems.
7. Battery or Backup Power Costs (For Solar-powered Systems)
If the system uses solar power or battery storage, there will be occasional costs related to battery replacements (typically every 5-10 years depending on usage) and maintaining the solar panels for optimal performance.
8. Security Costs
With connected systems, there may be costs associated with securing the network from cyber threats. This includes cybersecurity measures such as firewalls, encryption, and regular software patches to protect the system from potential breaches.
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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