A predictive model of users’ behavior and values of smart energy meters using PLS-SEM
Source of Publication
Advances in Intelligent Systems and Computing
© Springer Nature Switzerland AG 2020. A smart energy metering system is an IoT device that connects several electrical household devices and record, monitor, estimate, control in-house energy consumption in a real-time basis. Although smart energy meters have great capabilities, this technology is still in infancy stages in many developing countries, and little is known about what perceived values are associated with smart meters from residents’ perspectives. Therefore, this research aimed to fill this gap by examining the impact of six different types of perceived values on residents’ intentions to use smart meters in UAE. The study followed a quantitative approach by gathering 266 survey responses which were tested by using Partial Least Squares-Structural Equation Modeling (PLS-SEM). The statistical results genuinely indicated that perceived epistemic values, environmental values, emotional values, and convenience values can significantly impact residents’ intention to use smart meter, whereas social values and monetary values found to have no significant impact on their intentions to use this technology. Theoretical and practical implications are indicated, and directions of future research are specified afterwards.
Energy consumption, Intention to use, Perceived values, Smart grids, Smart meters
Shuhaiber, Ahmed, "A predictive model of users’ behavior and values of smart energy meters using PLS-SEM" (2020). All Works. 221.
Indexed in Scopus