[Product Overview]

Smart city intelligent garbage overflow monitoring system, fully utilizing wireless IoT technology GIS、 New generation high-tech technologies such as cloud computing and mobile internet provide cities with a fast, accurate, and convenient garbage overflow detection system. The intelligent garbage overflow monitoring terminal can transmit data from ultrasonic sensors, temperature sensors, etc. to cloud platform systems or mobile apps in a timely, fast, and accurate manner through wireless NBIoT technology. It can notify relevant personnel to handle situations such as garbage overflow or dumping of garbage bins, especially in tourist attractions and garbage bins on roads. Accurately grasping the storage status of these garbage bins will have a significant effect on saving manpower and material resources, greatly saving labor costs and bringing a series of problems to environmental health.

[Product Features]

Real time reporting of garbage bin overflow and flip status information
● Powered by high-capacity lithium-ion batteries, replaceable for easy installation and maintenance
Wireless NB IoT data transmission: 850MHz/900MHz/1800MHz
GNSS reports location information for easy integration into path and scheduling task planning systems

Working time of up to 3 years (4 hours of heartbeat, with an average of 48 event reports per day)
● Compatible with trash cans of different sizes and depths
● Remote parameter settings (adjust overflow, degree alarm thresholds, sampling frequency, heartbeat cycle, lid opening alarm delay count)
● Fault monitoring, automatic low battery alarm, IP66 protection

[Scope of Application]

Widely used in urban sanitation, communities, airports, office buildings and other scenarios for waste visualization management, reducing unnecessary vehicle fuel and labor costs caused by waste recycling, optimizing the transformation of transportation and recycling into logistics, and reducing operating costs.

[Technical Parameters]

[Company Profile]

[Company Qualification]

[Partner]