Product Name: 5G Smart Light Pole System Solution
Product Height: 8–15 m (height can be customized based on project requirements)
Applicable Scenarios: Urban roads, plazas, scenic areas, industrial parks, residential communities, etc.
Main Functions: Smart lighting, smart manhole cover, smart trash bin, environmental monitoring, energy services, wireless communication, public safety, information display, smart transportation, etc. (Functions can be customized according to specific projects; additional optional functions are also available)
Basic Introduction: The 5G smart light pole is mainly used on urban arterial roads, secondary roads, branch roads, etc. It currently takes the concrete form of “multi-pole integration” to solve the problem of redundant construction where each pole serves only a single function. In addition to providing smart lighting, it can integrate traffic signals, directional signs, surveillance signal lights, cameras, environmental monitoring, and more through this multi-pole integration. As a model of integrating information and communication technology with traditional urban public infrastructure, the 5G smart light pole embodies the four major characteristics of “integration, sharing, intelligence, and harmony” and is regarded as the most promising new type of public infrastructure.
In smart city traffic, 5G smart light poles are primarily used for traffic control, offering functions such as traffic guidance, parking indication, traffic flow monitoring, vehicle surveillance, and emergency rescue. In addition, the 5G smart light pole system can transmit monitoring data and other information in real time to command centers and different city management departments, ensuring orderly urban operation. In this application scenario, the 5G smart light poles are equipped with devices including manhole cover monitors, video surveillance, and city broadcast systems.
Functional hardware: They integrate multiple major functional facilities such as communication poles, traffic monitoring, security monitoring, street lights, traffic signs, and roadside advertising boards, achieving “multi‑pole integration.”
Supporting resources: They consolidate the supporting resources (load‑bearing, power supply, communication, etc.) of multiple functional systems, optimize the use of urban pipeline networks, and reduce redundant construction and resource waste.
Construction and operation: The multi‑functional road smart light poles facilitate more intensive and efficient planning, construction, operation, and maintenance, enabling specialization and scale, thereby improving construction efficiency and quality.
Carrier sharing: Equipment and sensors from multiple industries or departments (communications, municipal, transportation, security, etc.) can be rationally planned to use the same pole carrier, achieving “one pole, multiple uses.”
Equipment sharing: By integrating the functions of devices used in different fields and applying effective security strategies, the same device on the pole can be shared by multiple industries or departments.
Data sharing: After desensitization, data collected by various devices and sensors can be openly shared through data platforms, enabling interoperability of urban operation data and fostering more cross‑industry innovative applications.
Urban appearance harmony: They can greatly reduce the clutter of ground facilities in the city, achieving practicality, aesthetics, simplicity, and elegance. When needed, the appearance of road smart light poles can be artistically theme‑designed to better reflect the city’s characteristics.
Ecological environment harmony: Through sharing and intelligence, road smart light poles significantly reduce energy consumption of municipal facilities. The environmental information collected can be used for urban noise and pollution control, promoting green and coordinated development.
Social harmony: As informatized public infrastructure, road smart light poles not only promote the development of multiple industries but also provide safety and convenient life services for urban residents, making the city more livable and socially stable.
The 5G smart light pole is a public infrastructure that comprehensively carries multiple devices and sensors and possesses smart capabilities. Its functions are determined by the devices and sensors it carries. These devices and sensors can connect to networks and platforms via various communication technologies and, empowered by ICT technologies such as the Internet, artificial intelligence, and big data, provide rich smart applications. By equipping the 5G smart light pole with single‑lamp controllers, video surveillance devices, information display screens, environmental monitoring sensors, etc., it achieves functions such as smart lighting, video surveillance, information release, and environmental monitoring. At the same time, it supports the mounting of road pole facilities such as traffic signals, road directional signs, and traffic identification signs, enabling intensive construction.
The system architecture of the 5G smart light pole management platform includes: Terminal Perception Layer, Access Aggregation Layer, Network Transmission Layer, and Platform Application Layer.
Perception Layer: Includes single‑lamp controllers, wireless APs, environmental monitoring sensors, etc.
Access Aggregation Layer: Includes intelligent gateway devices.
Network Layer: Includes Zigbee, LoRa, NB‑IoT, etc.
Application Layer: Includes basic management modules, big data, and artificial intelligence modules.
A:Hangzhou Sanqian Smart City Technology Co., Ltd. is a manufacturer and smart city solutions provider specializing in 5G smart street lamp poles, smart urban furniture, smart lighting systems, smart bins, and solar-powered outdoor facilities. The 5G Smart Street Lamp Pole is designed for smart cities, roads, parks, campuses, commercial areas, scenic locations, residential communities, transportation hubs, and other public spaces.
A:A 5G smart street lamp pole integrates LED street lighting with 5G communication equipment and smart city functions. Depending on the model and configuration, it can include 5G base station mounting, smart lighting control, cameras, environmental monitoring, digital displays, Wi-Fi, public broadcast, EV charging, IoT gateways, edge computing, emergency call, and other smart functions.
The available features depend on the selected model, project requirements, and customization options.
A:Yes. We can customize the pole height, dimensions, structure, materials, colors, branding, arm design, equipment compartment, antenna mounting, lighting module, sensor interfaces, installation method, and overall appearance according to your project requirements.
All custom designs are subject to technical evaluation and will be manufactured according to the final approved drawings, specifications, and samples.
A:Basic design adjustments and preliminary concept discussions are usually available at no additional cost.
Complex structural design, engineering drawings, 3D modeling, prototype development, or dedicated software development may involve additional fees. Any applicable fees and refund conditions will be confirmed before the project begins.
A:Yes. Depending on your project requirements, the 5G smart street lamp pole can be configured with 5G base station mounting, LED lighting/dimming, cameras, environmental monitoring, digital signage, public broadcast, Wi-Fi, EV charging, IoT connectivity, edge computing, emergency call, and other functions.
Customized features may affect the product structure, software development, certification requirements, production lead time, and final price. The final configuration is subject to technical evaluation.
A:The price depends on the pole height, materials, design, 5G equipment mounting capacity, lighting power, power supply system, smart functions, equipment configuration, order quantity, packaging requirements, and delivery location.
To prepare an accurate quotation, please provide:
• Required quantity;
• Destination country or market;
• Required functions;
• Customization requirements;
• Expected delivery time;
• Preferred shipping method.
A:The minimum order quantity depends on the selected model and level of customization.
Small customized orders may involve higher unit costs because of design, prototyping, production setup, and shipping expenses. The exact minimum quantity and pricing will be confirmed according to the project requirements.
A:Depending on the product model, destination country, and trade terms, we may provide relevant technical and export documents, including:
• Product specifications;
• User manuals;
• Packing lists;
• Commercial invoices;
• Certificates of conformity;
• Test reports;
• Certificates of origin;
• Other project-specific documents.
The exact documents available will be confirmed according to the product configuration, destination-country requirements, and order terms.
A:The typical production lead time for standard products is approximately 20–30 days, depending on the order quantity, material availability, product configuration, customization requirements, and order confirmation date.
Customized products, samples, and large-volume orders may require additional time. The final lead time will be confirmed after the drawings, specifications, payment terms, and order details have been approved.
A:Payment methods may vary depending on the order value, customer location, and agreed trade terms. Bank transfer, PayPal, or other mutually agreed payment methods may be available.
The payment schedule and balance payment conditions will be specified in the official quotation, sales contract, or proforma invoice.
A:The warranty period depends on the product model, configuration, and sales contract.
The warranty generally covers agreed material and manufacturing defects. It does not normally cover damage caused by improper installation, misuse, unauthorized modifications, natural disasters, or normal wear and tear.
The exact warranty period, coverage, and after-sales conditions will be stated in the quotation or sales contract.
A:The products are packaged according to their size, structure, quantity, and shipping method to reduce the risk of impact, moisture, and damage during transportation.
Wooden crates, pallets, moisture-resistant packaging, reinforced packaging, and other special packaging options can be arranged upon request. Additional packaging requirements may incur extra costs.
For long or oversized poles, special transport arrangements may be required.
If the product includes batteries or other components subject to transportation regulations, the shipping method and required documents will be confirmed according to the actual configuration and destination-country requirements.
A:The products are generally manufactured and shipped from Hangzhou, Zhejiang, China, and nearby supply-chain locations.
The specific loading port, delivery location, and trade terms will depend on the order quantity, shipping method, and destination country. For ocean freight, the final loading port will be confirmed according to the logistics plan and order arrangement.
A:Shipping costs depend on:
• Destination country and city;
• Shipping method;
• Order quantity;
• Package dimensions and total weight;
• Whether the products include batteries or other regulated components;
• Agreed trade terms, such as EXW, FOB, CIF, or DDP.
For long or oversized poles, shipping costs may also depend on length and oversize transport requirements.
Please provide the product model, quantity, and delivery location so we can prepare a shipping quotation based on the actual logistics requirements.
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