Endorsing Energy Efficiency Through Accurate Appliance-Level Power Monitoring, Automation and Data Visualization

Accrediting the fast economic growth and the enhancement of people's live standards, the overall household's energy consumption is becoming more and more substantial. Thus, the need of conserving energy is becoming a critical task to help preserve energy resources and slow down climate change, which in turn, protects the environment. The development of an Internet of Things (IoT) system to monitor the consumer's power consumption behavior and provides energy saving recommendation at a timely manner can be advantageous to shape the user's energy saving habits. In this paper, we integrate the (EM)(3) framework into a local IoT platform named Home-Assistant to help centralize all the connected sensors. Additionally, two smart plug systems are proposed to be part of the (EM)(3) ecosystem. The plugs are employed to collect appliances energy consumption data as well as having home automation capabilities. Through Home-Assistant User Interface (UI), end-users can visualize their consumption trends together with ambient environmental data. The comparative analysis performed demonstrates great potential and highlights areas of future work focusing on integrating more sensing systems into the developed platform for the sake of enriching the existing database.

Automated summary

This paper discusses the development of a smart IoT system to monitor energy consumption behavior and provide energy saving recommendations. The system utilizes the Home-Assistant platform for centralized management and visualization of consumption trends. The research demonstrates the great potential of the system and suggests future work on integrating more sensing systems.