monitoring system for clean & smart cities
monitoring system for clean & smart cities
We found a perfect combination of materials and developed an enclosure design of the device
We found a perfect combination of materials and developed an enclosure design of the device
The supported bands: LORAWAN 868 MHz, ISM 433 MHz, Ethernet, GSM, WIFI
The supported bands: LORAWAN 868 MHz, ISM 433 MHz, Ethernet, GSM, WIFI
We track the levels of sulfur oxides, nitrogen, carbon monoxide. We also measure the air temperature, humidity and pressure
We track the levels of sulfur oxides, nitrogen, carbon monoxide. We also measure the air temperature, humidity and pressure
The device can be used in smart cities, eco farms, national parks, and industrial enterprises
The device can be used in smart cities, eco farms, national parks, and industrial enterprises

Air quality monitoring system for clean & smart cities with Bosch IoT Suite

Challenge

We launched this ambitious project for government agencies and commercial companies to monitor air quality and launch new economic levers for ecological farming and environmental responsibility of industrial enterprises.

 

Solution

We designed a hardware and software system with measuring devices to collect and send the data to an IoT cloud server for analysis, alerting, and generation of the real-time air pollution map. The supported bands: LoRaWAN 868 MHz / ISM 433 MHz, Ethernet, GSM, WIFI. The measuring devices are installed outdoors on buildings or lighting poles to control 6+ non- persistent pollutants + 3 physical parameters.

What we measure (unc. — uncertainty):

  • CO, NO2, SO2 (unc. <25%)
  • O3 (unc. <30%)
  • PM2.5, PM10 (unc. <50%)
  • Temperature, -40...+50 (unc. <1° C)
  • Humidity, 0 to 100% RH (unc. <3% RH)
  • Pressure, 30...110kPa (unc. <0.1 kPa)
  • and more (please, find on the slides below)

Solution Update with Bosch IoT Suite

We are currently configuring data gathering and processing using Bosch IoT Suite. Bosch IoT Suite is an end-to-end toolbox for ensuring IoT device management and analytics. 

The slides below will give you the answers to the following questions:

  • Why did we choose Bosch IoT Suite?
  • What is the system architecture?
  • What are the hardware & software features of our LoraWAN gateway?
  • How did we implement the enclosure?
  • How do we visualize data? 
  • How do we manage devices?
  • How do we control containers management features?
  • Is our current project results estimation efficient? Why or why not?
  • Where can we use our product?

We gathered everything here:

reasons to choose bosch iot
reasons to choose bosch iot
bosch iot suite implementation
bosch iot suite implementation
what are the sensors
what are the sensors
European standards used for the conformity assessment
European standards used for the conformity assessment
system architecture
system architecture
lorawan gateway
lorawan gateway
device enclosure
device enclosure
data visualization
data visualization
device management
device management
containers management control
containers management control
efficiency comparison
efficiency comparison
development from scratch vs with bosch iot
development from scratch vs with bosch iot
reasons for iot platforms 1
reasons for iot platforms 1
reasons for iot platforms 2
reasons for iot platforms 2
solution application areas
solution application areas

Business & Social Value

Non-persistent pollutants have a serious negative effect on climate and quality of life. Six billion people, including 2 billion children, breathe polluted air. Every year, 7 million people die from the effects of pollution.

Taking into account the issues of air pollution and climate change, the air control systems will be in demand by state and commercial companies: in smart cities; eco farms; national parks; as well as industrial enterprises — for tax reliefs and carbon trading within the Kyoto Protocol.

Other cases

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