Smart Monitoring System of Air Quality and Wall Humidity Accompanying an Energy Efficient Renovation Process of Apartment Buildings

Grit Behrens (), Johannes Weicht, Klaus Schlender, Florian Fehring, Rouven Dreimann, Michael Meese, Frank Hamelmann, Christoph Thiel, Thorsten Försterling and Marc Wübbenhorst
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Grit Behrens: FSP IFE—University of Applied Sciences Bielefeld
Johannes Weicht: FSP IFE—University of Applied Sciences Bielefeld
Klaus Schlender: FSP IFE—University of Applied Sciences Bielefeld
Florian Fehring: FSP IFE—University of Applied Sciences Bielefeld
Rouven Dreimann: FSP IFE—University of Applied Sciences Bielefeld
Michael Meese: FSP IFE—University of Applied Sciences Bielefeld
Frank Hamelmann: FSP IFE—University of Applied Sciences Bielefeld
Christoph Thiel: FSP IFE—University of Applied Sciences Bielefeld
Thorsten Försterling: alberts. architekten BDA
Marc Wübbenhorst: alberts. architekten BDA

A chapter in From Science to Society, 2018, pp 181-189 from Springer

Abstract: Abstract In this joint project the development of a robust low-cost monitoring system of air quality and wall humidity values is presented. Using open source software on a RaspberryPi 3 with some plug-in sensors for temperature, pressure, CO2 and humidity data sets every minute are stored in an universal data base. Data analysis gives good results in recognition of ventilation states inside the apartment, which can be used to give ventilation advices to the apartment users in time of renovation, to avoid bad air quality and mould groth. For protection of personal room user data a NTRU Public Key Cryptosystem is developed and implemented.

Date: 2018
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Persistent link: https://EconPapers.repec.org/RePEc:spr:prochp:978-3-319-65687-8_16

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DOI: 10.1007/978-3-319-65687-8_16

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