Wonctay High Quality Customization Available Smart Solar Street Light with Factory Price

• Customization: Available
• After-sales Service: 25 Years
• Warranty: 3 Years
• Model NO.: WT-SSL-002
• Light Source: LED Lamp
• Lamp Body Material: Aluminum
• Light Type: Solar
• Color Temperature: Cool White
• Power: 30W-120W
• Technics: Painted Matte
• Illumination Time: 12h
• Cell Type: Lithium Iron Phosphate Battery
• Charging Time (H): 8
• Usage: Garden, Street
• IP Rating: IP65
• Voltage: 12/24V
• With Light Source: With Light Source
• LED Power: 30W to 120W for Optional
• Solar Panel: Mono, Higher Efficiency
• LED Chip: SMD3030 or 5050
• Transport Package: Carton Box+Pallet
• Specification: custom made
• Trademark: Wonctay
• Origin: China
• HS Code: 9405409000
• Production Capacity: 100000sets/Year

Product Description

Smart street lights are new urban infrastructure based on technologies such as the Internet of Things, big data, and artificial intelligence. They are an intelligent upgraded version of traditional street lights. By integrating a variety of sensors, communication modules, and intelligent control systems, they not only provide basic lighting functions, but also have multiple capabilities such as environmental monitoring, information interaction, security monitoring, and energy management, becoming an important part of smart city construction.

Core components:

Smart lighting system: uses LED light sources and supports automatic brightness adjustment (such as according to light, traffic, time, etc.).

Environmental sensors: monitor air quality, temperature and humidity, noise, PM2.5 and other data.

Network communication module: supports 5G, Wi-Fi, LoRa, NB-IoT, etc. to achieve device interconnection.

Smart terminal: integrates cameras, electronic screens, emergency call buttons, charging piles and other equipment.

Energy management system: equipped with solar panels and energy storage batteries to achieve energy self-sufficiency and optimization.

Six core advantages of smart street lights
1. High efficiency and energy saving, reducing operating costs
Adaptive dimming: Through light sensors and AI algorithms, the brightness is automatically reduced during unmanned hours, saving 30%-70% of electricity.

Green energy: Integrate solar energy + energy storage system to reduce dependence on the power grid (some scenarios can be 100% off-grid).

Remote operation and maintenance: Real-time monitoring of faults, accurate positioning of problems, and reduction of manual inspection costs.

2. Multi-functional integration, freeing up urban space
One pole for multiple uses: integrating lighting, traffic monitoring, environmental monitoring, 5G micro base stations, information screens, etc. to avoid the proliferation of poles.

Flexible expansion: Modular design supports later additions (such as electric vehicle charging, drone landing pads).

3. Data-driven urban governance
Real-time environmental data: Provide environmental protection departments with a basis for tracking pollution sources (such as automatically associating PM2.5 fluctuations in industrial areas).

Traffic flow analysis: Use video AI to identify congested sections and link traffic lights to optimize traffic efficiency.

Emergency response: Automatically start surrounding street lights and camera focus in case of an emergency, and push warning information simultaneously.

4. Improve public safety and convenient services
Intelligent security: Equipped with AI cameras, face recognition and abnormal behavior warning (such as fighting and falling) are realized.

Convenient interaction: Provide Wi-Fi hotspots, one-click alarm, bus information query, USB charging and other livelihood services.



Disaster warning: Detect typhoon risks in advance through wind speed sensors and automatically issue evacuation instructions.

5. Promote the construction of smart city ecology
5G network coverage: As a 5G micro base station carrier, solve the problem of signal coverage in the "last mile".

Vehicle-road collaboration: Provide real-time road data (such as ice warning and obstacle prompts) for autonomous driving vehicles.

Open data interface: Support third-party development applications (such as business guides and logistics route optimization).

6. Long-term environmental protection and sustainability
Extended life: The life of LED light source reaches 50,000 hours, which is more than 3 times that of traditional sodium lamps.

Reduce light pollution: Directional lighting + color temperature adjustment technology to reduce interference with the ecological environment.

Visualize carbon footprint: Quantify energy-saving effects through energy management systems to help cities achieve carbon neutrality goals.

Application scenario examples
Smart parks: Automatically switch lighting areas when people and vehicles are separated at night, and charging piles serve new energy vehicles.

Historical blocks: Realize cultural relics protection lighting through color temperature adjustment, and trigger evacuation prompts when the flow of people exceeds the limit.

Disaster-prone areas: Water accumulation sensors trigger flood warnings, and light pole screens guide evacuation routes.