Air quality sensors & data
The air quality sensors of Breeze Technologies are monitoring all important air quality parameters in real-time. The data quality and accuracy of our sensors has been proven in reference studies.
The Breeze air quality sensors and analytics suite enable you to achieve an arbitrarily high data resolution to create a foundation for completely new fields of applications. Our sensors are much smaller than traditional air quality monitoring equipment, averaging just 3.5 inches in diameter. Their form factor allows for easy installation in public spaces, at street lights and on city furniture.
Data is collected in real time, with data points available up to every 30 seconds. Potential problems can be identified as they arise with your city management able to react immediately to solve or mitigate the situation.
Environmental data is easily integrable in municipal management processes and helps to create more livable environments. In the future you will not only be able to recognize problems like traffic jams to initiate appropriate countermeasures. You can also analyze the impact urban development activities have on the urban climate, identify best practices and optimize your city layout. The possibilities are almost endless.
Integrate environmental data in urban planning processes to identify potential for optimisation, successes and local best practices
Air pollution dispersion can be geo-spatially analysed – even identifying individual polluters is sometimes possible
Citizen science initiatives activate citizens for climate protection activities – have citizens act as sensor hosts or participate in hackathons
Routing and traffic shaping based on air quality data to reduce overall pollution exposure in the cityscape, integration in public transport services
Showcase particularly good air quality to increase attractiveness in tourism and family settlement, as well as a tourism destination
Integrate air quality data in a horizontal smart city platform to create synergies with other urban data sources
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