SENSING AND SENSABILITY: THE CASE FOR LOW-COST ENVIRONMENTAL SENSORS

Nicholas McCullen; Charlotte Russell; Marika Vellei; Amber Wismayer; Thomas Lovett; Elizabeth Gabe-Thomas; Sukumar Natarajan; M Brown; Julian Padget

SENSING AND SENSABILITY: THE CASE FOR LOW-COST ENVIRONMENTAL SENSORS

Nicholas McCullen, Charlotte Russell, Marika Vellei, Amber Wismayer, Thomas Lovett, Elizabeth Gabe-Thomas, Sukumar Natarajan, M Brown, Julian Padget

Research output: Contribution to conference › Paper › peer-review

Abstract

Environmental sensing for comfort and energy efficiency studies is crucial for
sustainable design and retrofitting. Arrays of simple, low-cost sensors can be used to perform measurements that usually require expensive specialist equipment. The ENLITEN
project at the University of Bath developed a sensor kit based on the Raspberry pi computer board, which has now been deployed in a number of locations worldwide. This paper outlines a review of the results from some of these studies and makes comparisons to other alternative sensing strategies.

Original language	English
Publication status	Published - 7 Dec 2017

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

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abstract = "Environmental sensing for comfort and energy efficiency studies is crucial forsustainable design and retrofitting. Arrays of simple, low-cost sensors can be used to perform measurements that usually require expensive specialist equipment. The ENLITENproject at the University of Bath developed a sensor kit based on the Raspberry pi computer board, which has now been deployed in a number of locations worldwide. This paper outlines a review of the results from some of these studies and makes comparisons to other alternative sensing strategies.",

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AU - McCullen, Nicholas

AU - Russell, Charlotte

AU - Vellei, Marika

AU - Wismayer, Amber

AU - Lovett, Thomas

AU - Gabe-Thomas, Elizabeth

AU - Natarajan, Sukumar

AU - Brown, M

AU - Padget, Julian

PY - 2017/12/7

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AB - Environmental sensing for comfort and energy efficiency studies is crucial forsustainable design and retrofitting. Arrays of simple, low-cost sensors can be used to perform measurements that usually require expensive specialist equipment. The ENLITENproject at the University of Bath developed a sensor kit based on the Raspberry pi computer board, which has now been deployed in a number of locations worldwide. This paper outlines a review of the results from some of these studies and makes comparisons to other alternative sensing strategies.

M3 - Paper

ER -

SENSING AND SENSABILITY: THE CASE FOR LOW-COST ENVIRONMENTAL SENSORS

Abstract

UN SDGs

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