Sensors
Optical, Inductive, Capacitive, Ultrasonic, IR sensors, Labelsensors, Pressure, Vacuum, Pitot pressure switch, Level control, Mechanical switches, Temperature sensors
Capture values
People counting, presence detection, temperature data acquisition, humidity data acquisition, leakages, filling levels
Separation & Switching
Solid-state relays, Solid State Contactors, Solid State Reverse Contactors, Motor circuit breakers, Overload relays, Contactors, Reversing contactors
Automation
Controllers, PLC, Timer, Control relays, Solid state relays, Optocouplers, Counter, Temperature controls, Transmitters, Power supplies, Displays, Motors
Operating & display
Pushbuttons, rotary switches, touch panels, bargraph displays, process displays, empty and complete housings
Climate technology
Climatic transmitters, data loggers, liquid manometers, handheld instruments, measuring probes
Distribution, wiring
Connection cables, Extension cables, Jumper cables, PVC+ cables, PUR cables, Connector, Custom cables
Ex Zone
Ex Pneumatic, Ex sensors, Ex mechanical switches, Ex terminal boxes, Ex control functions, Ex linebushings
Information
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Save energy and costs through optimized route planning in waste management
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| Avoid empty runs and overfilled containers |
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As urban populations grow, so does the challenge of ensuring efficient waste management. Traditional waste management systems often rely on fixed collection schedules, which leads to unnecessary fuel consumption, higher operating costs and a negative environmental impact.
This is exactly where our intelligent waste management comes in. The biggest challenges to good waste management are: |
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| Fixed collection schedules |
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Conventional waste management is based on fixed collection schedules that may not match the actual fill level of the bins. This leads to unnecessary collections and waste.
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| Inefficient routing |
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| Without real-time data on the fill level of waste garbage cans, waste collection routes are often predetermined and cannot be optimized. This can lead to increased fuel consumption, higher operating costs and traffic congestion. |
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| Overflowing trash containers |
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| Fixed schedules can lead to overflowing bins, especially during peak usage times. Overflowing bins pose a risk to the environment and public health as the waste can be scattered and the area becomes unsightly. |
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| Different scenarios, each with different solutions |
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| Urban environment with collection points comprising several containers |
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| At traditional collection points, there are several containers for, for example, used glass, cans, cardboard, plastic, etc. Here it makes sense to collect the data from the individual containers centrally using a gateway and transmit it to the platform. This means that only one 4G connection is required per collection area, which optimizes running costs. |
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| This is what a data collection concept in urban areas looks like: |
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| And this is what your overview of the data looks like, for example: |
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| Far away, single waste containers or bins |
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| Another useful waste management option involves monitoring very remote containers or waste garbage cans, as these usually require a great deal of effort to empty. With our EM400 IoT sensor, you can reliably monitor the following parameters: |
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- Fill level
You always know exactly how full the container is at any given time
- Temperature
Is the waste container on fire?
- The condition of the container
Is the lid of the container open or is the entire container lying on the floor?
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| This is what a data collection concept looks like in remote regions: |
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| The information obtained can now be used to create the optimum routes for waste disposal. Empty runs or overfilled waste garbage cans will be a thing of the past. |
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In addition to the financial benefits, the continuous collection of measurement data also offers the opportunity to react flexibly to unforeseeable circumstances. During the vacation season, some collection points may be used very infrequently, so emptying them later would make sense. The freed-up vehicles could then be used on the other side of the city at a major event where the waste garbage cans are used more than average.
Overall, the systematic collection of measurement data is a decisive step towards a sustainable energy future.
Let's go for it! |
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| Do I need programming skills or a technical background? |
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No, you don't need it!
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Thanks to our all-round carefree package, we work with you to develop the view of the platform, add all devices and pair them with the corresponding gateway.
All you have to do is attach the sensors to the desired location and the system is ready to go!
You can make small adjustments to the platform yourself at any time, the system is very intuitive.
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| Some highlights of the system |
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| Dual Ultrasonic Sensor |
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| With dual ultrasonic beams, the advanced EM310-UDL measures from 3 cm up to 450 cm, thus has ultra-short blind zone. |
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Device Motion Detection
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| Built-in 3-axis accelerometer allows you to recognize objects' movement efficiently and reliably. |
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Products for this solution
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Distance sensor EM310-UDL
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| Distance sensor EM400-MUD |
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| Distance sensor EM400-TLD |
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| Gateways |
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IoT data platform SENdata.ch
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Simple solutions are often the best solutions. This is about food for thought, ideas and possibilities. Our technicians are happy to discuss your concerns via LiveCall, chat, email or telephone.
The basic ideas shown here can be rebuilt or extended according to your needs! |
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Further information
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Brochure
Products and solutions for data collection
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Content:
#Sensor-based waste containers #Avoid overfilled containers #Overflowing waste garbage cans #Route planning for waste disposal #Recycling optimization #Waste collection logistics #Resource management #Sustainable disposal #Waste container fill level monitoring #Waste route data analysis #Intelligent waste management #Smart City #Real-time monitoring of waste disposal point #Environmentally friendly technologies #Circular economy
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