Power Management In IoT Weather Station

Turos, Laszlo-Zsolt; Csernáth, Géza; Csenteri, Barna

doi:10.1109/icepe.2018.8559865

Cited by 7 publications

(3 citation statements)

References 3 publications

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“…A first important point is the sizing of the different components. It depends on the available ambient energy (light potential in the case of a photovoltaic solution), the consumption and must be carefully taken into account the different losses [21] [22] [23]. It must be realized without oversizing the elements for a massive deployment at a good price and volume.…”

Section: Battery Free Systemmentioning

confidence: 99%

Battery-Free Power Supply for Wireless Sensor Combining Photovoltaic Cells and Supercapacitors

Boitier¹,

Estibals²,

Huet³

et al. 2023

EPE

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This article exhibits the sizing, modelling, and characterization of a power supply (output 3.3 V, 200 mA max, 11 days full autonomy) dedicated to powering a wireless sensor node without a battery but usable as simply as with a battery. This system is modular for various light levels (indoor and outdoor). It is easily integrable into a sensor node, using only commercial circuits. The choices of the photovoltaic surface (amorphous silicon, η 5%, 35 cm 2 ) and of the supercapacitors value (2x 25F, 2.7 V) are explained for permanent operation, considering the solar potential and the consumption. An original part of the paper is devoted to the issue of the startup, in which we demonstrate that after a particular preload, once installed, the device can start on request at the desired time (within 15 days) using as a trigger any light source, such as the LED of a mobile phone.

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Section: Battery Free Systemmentioning

confidence: 99%

Battery-Free Power Supply for Wireless Sensor Combining Photovoltaic Cells and Supercapacitors

Boitier¹,

Estibals²,

Huet³

et al. 2023

EPE

View full text Add to dashboard Cite

show abstract

“…So, the labor costs of battery replacement are considerable. A battery-powered IoT weather station is introduced in Reference [ 32 ] bringing in the perspective of power consumption measurements in the weather station. However, most of the works dealing with the development of energy-neutral weather stations for precision agriculture is mere implementation and integration effort [ 21 , 27 , 28 , 33 , 34 ].…”

Section: Introductionmentioning

confidence: 99%

Design and Implementation of an Energy-Efficient Weather Station for Wind Data Collection

Leelavinodhan

Vecchio

Antonelli

et al. 2021

Sensors

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Agriculture faces critical challenges caused by changing climatic factors and weather patterns with random distribution. This has increased the need for accurate local weather predictions and weather data collection to support precision agriculture. The demand for uninterrupted weather stations is overwhelming, and the Internet of Things (IoT) has the potential to address this demand. One major challenge of energy constraint in remotely deployed IoT devices can be resolved using weather stations that are energy neutral. This paper focuses on optimizing the energy consumption of a weather station by optimizing the data collected and sent from the sensor deployed in remote locations. An asynchronous optimization algorithm for wind data collection has been successfully developed, using the development lifecyle specifically designed for weather stations and focused on achieving energy neutrality. The developed IoT weather station was deployed in the field, and it has the potential to reduce the power consumption of the weather station by more than 60%.

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“…Dari berbagai pengembangan sistem pemantauan cuaca maupun deteksi dini dan peringatan dini bencana, terdapat satu hal yang penting terutama bagi pengguna yaitu penyampaian informasi yang diperoleh dari sistem kepada penggunanya. Proses penyampaian informasi atau pengiriman data pada sistem pemantauan cuaca tersebut memanfaatkan konsep Internet of Thing (IoT)[15][17][18][19]…”

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Peningkatan Skalabilitas Mini Weather Station Portable berbasis Internet of Things

Putro

Atmaji

Devianto

et al. 2019

Indonesian J. Electron. Instrum. Syst.

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Indonesia is a country that has unique weather that provides not only abundant natural resources but also can causes disasters at any time. To reduce the threat of losses, observing weather elements using a weather station is a solution that can be used. The development of systems related to environmental monitoring and weather stations is not new. However, most research focuses on various innovations in utilization, low cost and power savings. These studies have not touched on the aspect of ease of system development, especially in the concept of adding nodes. Indonesia, as a country with diverse regional topography, needs an integrated weather monitoring system with the concept of centralized data collection to get a complete picture.In this study, a portable mini weather station system was built named Amicagama. This system is built with the concept of high scalability which means the system is designed to be used publicly, with each user able to manage the nodes which are their respective weather stations. Management by each user here means that each user can manage weather data to be submitted, add nodes at a new location, and can delete nodes at a certain location if something unexpected happens.

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Power Management In IoT Weather Station

Cited by 7 publications

References 3 publications

Battery-Free Power Supply for Wireless Sensor Combining Photovoltaic Cells and Supercapacitors

Battery-Free Power Supply for Wireless Sensor Combining Photovoltaic Cells and Supercapacitors

Design and Implementation of an Energy-Efficient Weather Station for Wind Data Collection

Peningkatan Skalabilitas Mini Weather Station Portable berbasis Internet of Things

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