Development of An Enhanced Home Automation System For Energy Saving Using GSM, Internet of Things and Bluetooth Technologies

Abubakar, Haruna Aliyu; Adegboye, Babatunde Araoye; James, Tola Omokhafe; Olatomiwa, Lanre; Dauda, Umar Suleiman

doi:10.1109/nigercon54645.2022.9803133

Cited by 3 publications

(3 citation statements)

References 13 publications

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“…An enhanced home automation system focused on energy saving was proposed by (Abubakar, 2022). GSM, IoT and Bluetooth technologies were used as communication protocol.…”

Section: Introductionmentioning

confidence: 99%

Development of a Home Energy Conservation System Using Power Saving Modes

Musbahu,

Caleb Adeyemo,

Olatomiwa

2024

KJSET

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Energy conservation has become more and more popular in recent years, both on the supply and demand sides. This is sponsored majorly by the rising price of energy production affecting both residential homes and industrial sectors. This project proposes a home energy conservation system using three different energy saving modes such as free, normal and extreme modes of operation. Energy was save based on mode of operation using different parameter as the limiting factors that include time, temperature and current respectively. The system comprises of temperature sensor, motion sensor, current sensor, real time clock, 4x4 keypad, LCD screen and an Arduino microcontroller. The Free mode makes use of time limiting factor to alter the time on and off of output, the Normal mode makes use of temperature sensor and motion sensor to regulate the outputs and the Extreme mode males use of current limiting capability to regulate outputs. The project was designed with the proteus software, while the programming was done on the Arduino IDE software. Result of this project shows the system can help conserve up to 45% energy depending on user’s preference.

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“…An enhanced home automation system focused on energy saving was proposed by (Abubakar, 2022). GSM, IoT and Bluetooth technologies were used as communication protocol.…”

Section: Introductionmentioning

confidence: 99%

Development of a Home Energy Conservation System Using Power Saving Modes

Musbahu,

Caleb Adeyemo,

Olatomiwa

2024

KJSET

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“…The automation of smart energy management systems makes it a convenient option for people wanting to conserve energy. However, too much automation can reduce user acceptance as people still want to have a certain degree of control over their smart technology [ 22 ]. In this case, there is a risk of inducing psychological reactance in the user.…”

Section: Introductionmentioning

confidence: 99%

“…In this case, there is a risk of inducing psychological reactance in the user. While research has focused on optimizing energy management systems in terms of improving Internet of Thing (IoT) features [22,23], computational techniques [24], security [25], artificial intelligence [26][27][28], and other technical aspects [29], less investigation has gone into the underlying psychological mechanisms involved with appropriately using and communicating with said systems. Due to the complex nature of implementing sustainability measures, it is becoming increasingly important to explore multidisciplinary solutions to bridge the gap between green technology and consumer behavior [30].…”

Section: Introductionmentioning

confidence: 99%

Don’t touch that dial: Psychological reactance, transparency, and user acceptance of smart thermostat setting changes

Heatherly,

Baker,

Canfield

2023

PLoS ONE

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Automation inherently removes a certain amount of user control. If perceived as a loss of freedom, users may experience psychological reactance, which is a motivational state that can lead a person to engage in behaviors to reassert their freedom. In an online experiment, participants set up and communicated with a hypothetical smart thermostat. Participants read notifications about a change in the thermostat’s setting. Phrasing of notifications was altered across three dimensions: strength of authoritative language, deviation of temperature change from preferences, and whether or not the reason for the change was transparent. Authoritative language, temperatures outside the user’s preferences, and lack of transparency induced significantly higher levels of reactance. However, when the system presented a temperature change outside of the user’s preferences, reactance was mitigated and user acceptance was higher if the thermostat’s operations were transparent. Providing justification may be less likely to induce psychological reactance and increase user acceptance. This supports efforts to use behavioral approaches, such as demand response, to increase sustainability and limit the impacts of climate change.

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