Feng Wen Lei
ABSTRACT
Abstract: Currently, the dual threats of global climate change and environmental pollution are becoming increasingly prominent, and people urgently need to explore effective energy management solutions to reduce carbon emissions and energy consumption. This paper proposed a design scheme of carbon footprint intelligent detection and management system based on Internet of Things (IoT) technology. This plan optimized energy utilization by intelligently monitoring and controlling the energy consumption of household appliances, thereby improving energy efficiency and reducing carbon emissions. The experimental results showed that after one year of use, the energy consumption of air conditioning equipment using IoT technology decreased by 35.7%, and carbon dioxide emissions decreased by 31.6%; the energy consumption of refrigerators using IoT technology decreased by 30.1%, and carbon dioxide emissions decreased by 29.2%; the energy consumption of washing machines using IoT technology was reduced by 41.2%, and carbon dioxide emissions was reduced by 31.1%. The design scheme of carbon footprint intelligent detection and management system using IoT technology is feasible. Through the comparison of experimental data, it was found that it can significantly optimize the energy utilization of household appliances, reduce unnecessary carbon emissions, and make an important contribution to environmental protection and sustainable development.
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Index Terms
- Design of Carbon Footprint Intelligent Detection and Management System Based on Internet of Things Technology
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