The demand for modular, robust, and uninterrupted weather stations has increased as climate change is strongly affecting agriculture. Internet of Things (IoT) based weather stations is a promising solution to achieve uninterrupted operation of the weather station which is affected by constrained energy availability. This research provides ideas to overcome the energy challenge of a weather station and also the insights to develop an energy-neutral weather station. The primary requirements of a weather station for precision agriculture are explored and each component level challenges are presented. A novel development life cycle of an IoT based energy-neutral weather station is also presented for the developers. Finally, the best practices for developing an energy-autonomous weather station are presented.

Energy-neutral weather stations for precision agriculture: challenges and approaches

Leelavinodhan, Padma;Antonelli, Fabio;Vecchio, Massimo
;
Maestrini, Andrea
2020-01-01

Abstract

The demand for modular, robust, and uninterrupted weather stations has increased as climate change is strongly affecting agriculture. Internet of Things (IoT) based weather stations is a promising solution to achieve uninterrupted operation of the weather station which is affected by constrained energy availability. This research provides ideas to overcome the energy challenge of a weather station and also the insights to develop an energy-neutral weather station. The primary requirements of a weather station for precision agriculture are explored and each component level challenges are presented. A novel development life cycle of an IoT based energy-neutral weather station is also presented for the developers. Finally, the best practices for developing an energy-autonomous weather station are presented.
2020
978-1-7281-8783-9
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11582/325471
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