Product Name: Solar-Powered Multi-Function Smart Bench

Application Scenarios: Suitable for public places such as scenic areas, tourist resorts, amusement parks, zoos, botanical gardens, schools, parks, residential communities, etc.

Main Functions: Provides a 5G interface, allowing citizens to experience AI voice dialogue functions on the smart bench in public spaces. Also offers mobile phone charging, WiFi, Bluetooth music playback, and other functions (functions can be customized; additional optional functions are available).

Basic Introduction: The solar-powered multi-function smart bench uses clean solar energy as its power supply system. It also features various convenient smart functions such as wireless charging, Bluetooth module, WLAN, speakers, LED ambient lighting, etc., enabling users to enjoy the convenience and fashion of smart technology. This multi-function smart bench integrates trendy design elements, low-carbon environmental concepts, artificial intelligence operation, commercial operation models, landscape aesthetics, and leisure & entertainment functions.

Product Name: Smart Solar Trash Bin

Application Scenarios: Suitable for outdoor locations such as city streets, parks, scenic areas, campuses, and other places without grid power or requiring energy savings, enabling waste sorting and intelligent management.

Function Configuration: Integrates solar power supply, sensor‑activated opening, voice prompts, overflow alerts, remote monitoring, supports sorted waste disposal and data uploading, no external power connection required.

Product Overview: The smart solar trash bin is a new type of public facility that combines self‑sufficient energy with intelligent management. High‑efficiency monocrystalline silicon photovoltaic panels power the system, paired with energy storage batteries to ensure stable 24/7 operation. The device features core functions such as sensor‑operated automatic lid opening, voice‑guided waste sorting, and fill‑level monitoring. Via IoT technology, it enables remote data transmission and centralized control. The whole unit is made of waterproof and corrosion‑resistant materials, suitable for various outdoor environments, making it an ideal choice for promoting green, low‑carbon, and smart city development.

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 […]

Product Name: Drone Smart Light Pole System Solution
Product Height: 8–15 m (height and appearance can be customized according to project requirements)

Application Scenarios: Mainly applicable to the intelligent upgrading and reconstruction of smart transportation roads where drone services are needed.

Main Functions: Smart lighting subsystem, drone subsystem, environmental monitoring subsystem, wireless WiFi subsystem, 5G micro base station, video surveillance subsystem, broadcast subsystem, information display subsystem, voice help subsystem, mobile phone charging, and other functions. (Functions can be customized according to specific projects; additional optional functions are also available.)

Basic Introduction: The SVIP‑3115 drone smart light pole system is a smart light pole solution capable of wirelessly charging drones. It integrates emerging information technologies such as 5G, Beidou navigation, artificial intelligence, and the Internet of Things (IoT), combined with edge intelligent computing capabilities, to create an “air‑ground integrated”全域 (full‑domain) traffic information perception system. With core technology enhancements, the smart light pole enables real‑time perception of road vehicles, pedestrians, environment, resource status, facilities, and equipment, breaking the limitations of traditional periodic manual patrols. It achieves fully automated road patrols and intelligent perception monitoring of road networks using Beidou‑enabled drones.