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Road Smart Solar Street Light

1.5G base station integration technology: Synergy between communication networks and municipal facilities
2.Intelligent environmental monitoring and smart response
3.Meteorological, air quality, noise and security sensors
4.Full-color led information screens for public information dissemination
5.Green assurance of solar power supply and intelligent dimming

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Description

Product Introduction

Road Smart Solar Street Light deeply integrates 5G small cells with street lamp poles through an integrated structural design, addressing the pain points of 5G base stations such as "difficult site selection, high construction costs, and high energy consumption", and achieving synergistic optimization between communication networks and municipal facilities.
It integrates meteorological, air quality, noise, and security sensors to build an urban environmental perception network, enabling intelligent pollution tracing, disaster early warning, and emergency response.
Equipped with P3/P4 full-color LED display screens, Road Smart Solar Street Light supports the release of dynamic graphics, videos, and live broadcasts, making it a core carrier for urban public information dissemination and commercial operations.
Road Smart street lamps adopt efficient photovoltaic modules, lithium iron phosphate batteries, and AI dimming algorithms to achieve energy self-sufficiency and demand-based lighting, reducing operation and maintenance costs.

5G Micro Base Station Integration

Technical Highlights of 5G Base Station Integration

Compact Design

Adopts modular 5G AAU (Active Antenna Unit) and a customized heat dissipation system, compressing the base station volume to 60% of traditional equipment and reducing weight by 40%. It adapts to the load-bearing capacity (≤80kg) and space limitations of street lamp poles.

Multi-Band Support

Supports dual modules of Sub-6GHz (n41/n78/n79) and millimeter-wave (n258/n261). The single base station coverage radius is 300–500 meters (depending on environmental complexity), with a peak rate of 10Gbps, meeting the needs of vehicle networking (V2X), industrial IoT (IIoT), and HD video transmission.

Edge Computing Capability

Built-in MEC (Multi-Access Edge Computing) module provides 10TOPS computing power, supporting localized data processing (e.g., traffic flow analysis, environmental anomaly early warning), reducing core network pressure, and achieving latency <10ms.

Shared Pole and Power Design

Shares battery packs and inverters with the solar power supply system, eliminating the need for additional utility power access. Each base station saves approximately ¥12,000 in annual electricity costs (calculated at ¥0.8/kWh), reducing construction costs by 35%.

1.2 Synergistic Value of 5G Integrated Street Lights

● Network Coverage Optimization

Achieves "5G coverage wherever there is a street light" in dense urban areas, tripling base station density and reducing signal blind spots by 90%. It supports low-latency applications such as autonomous driving and drone inspections.

● Resource Sharing Model

Through the trinity design of "street lamp pole + 5G base station + charging pile," municipal facility utilization is improved. Governments can obtain continuous revenue through base station leasing and data services.

● Green Communication Network

Combined with the solar power supply system and base station intelligent hibernation technology, carbon emissions per base station are reduced by 70% annually compared to traditional solutions, helping operators achieve "dual carbon" goals.

Intelligent Environmental Monitoring

Environmental Monitoring Sensor Matrix

Sensor Type	Technical Parameters	Application Scenarios
PM2.5/PM10 Sensor	Range: 0–1000μg/m³, Resolution: 1μg/m³, Accuracy: ±5%	Air quality monitoring in industrial zones, construction site dust control
Temperature/Humidity Sensor	Temperature range: -40℃–+80℃, Humidity range: 0–100%RH, Accuracy: ±0.3℃/±2%RH	Meteorological monitoring in agricultural parks, urban heat island effect analysis
Noise Sensor	Range: 30dB–130dB, Frequency response: 20Hz–20kHz, Accuracy: ±1.5dB	Noise pollution control on traffic arteries, silent management for exam venues
Meteorological Sensor	Wind speed: 0–60m/s (accuracy ±0.1m/s), Wind direction: 0–360° (accuracy ±1°), Rainfall: 0–4mm/min (accuracy ±0.2mm)	Typhoon early warning, rainstorm waterlogging monitoring
Security Camera	4MP starlight-level lens, supports AI human/vehicle recognition and behavior analysis (e.g., red light running, illegal parking)	Community security prevention, key area surveillance

Functions of Environmental Monitoring System

Real-Time Data Visualization

Sensor data is uploaded to the cloud platform via LoRaWAN/NB-IoT, generating heat maps, trend charts, and pollution tracing models to support precise law enforcement by environmental protection authorities.

Intelligent Early Warning Mechanism

When PM2.5 concentration >75μg/m³, noise >70dB, or meteorological anomalies occur, automatic alerts are triggered via LED screens, SMS notifications, and emergency broadcasts, with a response time <30 seconds.

Full-Color LED Information Screen

Technical Parameters of LED Screen

Display Performance

Brightness ≥5000cd/m² (supports automatic dimming), contrast ratio 5000:1, refresh rate ≥3840Hz, color gamut coverage NTSC 120%, ensuring clear visibility in strong light.

Protection Rating

IP66 waterproof and dustproof, UV-resistant coating, operating temperature -30℃~+60℃, adaptable to extreme environments.

Content Management

Supports H.265 video decoding, split-screen display (e.g., 1/4 screen for advertisements, 3/4 screen for public welfare information), and remote timed updates, with operational response delay <500ms.

Functions of Information Dissemination System

Public Information Release

Real-time push of weather warnings, traffic conditions, government announcements, and emergency notifications, covering pedestrians and vehicles within a 500-meter radius, with information reach rate increased by 90%.

Interactive Function Expansion

Optional touch screens and QR code scanning modules support interactive functions such as government service appointments, scenic spot navigation, and questionnaire surveys, enhancing public participation.

Product Advantages

Road Smart solar intelligent street lights adopt a core architecture of "smart lighting + 5G communication + environmental sensing + information interaction", breaking through the single lighting function of traditional street lights. By integrating 5G micro base stations, multi-dimensional environmental sensors, full-color LED information screens, and intelligent control systems, they create a city-level smart infrastructure platform.