System for monitoring the fill level of containers for solid household waste
Maxima

The system for monitoring the occupancy of containers for solid household waste is a set of hardware and software tools designed for automated monitoring of container status, prompt detection of critical situations, and optimization of waste collection logistics. The solution ensures continuous collection of information, its filtering, analysis, and transmission to the operator in real time.
  • Determining the position of the sensor in the container
  • Location determination using GPS/GLONASS
  • Determining whether the container has been emptied in the event of the tank tipping over
  • Built‑in memory for storing the measurement log in case of a lack of connection.

The operating principle of the system

Customization
The device is configured using a mobile app via Bluetooth.
Installation
The sensor is installed on the top cover or the side wall of the container.
Data collection
The sensor is equipped with top and side sensors that measure the distance from the sensor to the nearest obstacle.
Data transmission
The sensor transmits data to the platform via the cellular radio network using the NB‑IoT standard.

The system includes:

This allows you to configure the device and set the required parameters.
More detailed
It is housed in an anti‑vandal casing inside a container.
More detailed
Mobile application
The application is supported on devices with the Android 9.0 operating system and later versions. After installing the application, you gain access to the device and can configure and use the data from the smartphone screen.
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Functional requirements for the mobile application:

  1. It must be possible to change the device parameters — local configuration via Bluetooth using the mobile application.
UKS waste container fill level sensor
The device allows you to determine the level of container fullness using built‑in 60‑gigahertz radar sensors, track the location of the solid waste container, detect impacts and overturns, and monitor temperature changes inside the container.
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Functional requirements for the device:

  1. Requirements for the housing (the housing must allow for installation in the structure of a garbage container).
  2. Requirements for data transmission (data transmission must be carried out via NB‑IoT).
  3. Requirements for interfaces (the device must be configured via a PC and a smartphone).
  4. Requirements for the power source (the operating time on a single set of batteries must be at least 5 years, with data being transmitted to the platform at least 8 times per day).
The benefit of using a system to monitor the fill level of containers for solid household waste

Implementing a container fill monitoring system based on the MTBO‑1 sensor provides companies engaged in waste collection, management of utility facilities, and operation of residential and commercial areas with a number of significant economic and organizational advantages.


Using the system helps reduce costs, improve service quality, lower risks, and enhance reputation.

  • Reduction of operating costs
    The system transmits information about the actual level of container filling, which makes it possible to eliminate unnecessary detours around empty containers, plan routes taking into account actual needs, and reduce the mileage of special equipment.
    • Benefit: reduced costs for fuel, depreciation, and staff working time.
  • Rapid response to emergency situations
    The system detects fires, casing openings, or sudden changes in waste levels. The early detection function for temperature anomalies helps prevent fire incidents and the associated losses.
    • Benefit: damage can be prevented promptly, downtime and financial losses can be avoided.
  • Scalability
    The system is easily integrated into the company’s existing processes and can be scaled to new sites.
    • Benefit: the business can grow without a significant increase in operating costs.
  • Reducing the risks of financial penalties
    Overfilled containers, fires, or violations of sanitary standards are recorded in advance.
    • Benefit: the company avoids fines from customers, regulatory authorities, and management organizations.
Work completed:

  • Development of the sensor’s electrical circuit diagram
  • Tracing of the sensor’s printed circuit board
  • Manufacturing of prototype sensor samples
  • Development of embedded software
  • Development of configuration software
  • Production of a batch of more than 100 units
Do you have an idea?
Write to us, and we’ll discuss your project.