The Building Energy Consumption Monitoring System is an intelligent system that integrates modern information technology, the Internet of Things (IoT), and energy management concepts. This system aims to comprehensively and accurately monitor and analyze the energy consumption of buildings, providing scientific decision-making support for building managers to achieve energy conservation, emission reduction, and improved energy utilization efficiency.
    The system collects real-time consumption data for various energy sources such as water, electricity, and gas through various sensors and metering instruments installed within the building. These data are processed and presented to managers in intuitive charts and reports, enabling them to clearly understand the building's energy consumption status and trends. Additionally, the system features energy consumption anomaly detection capabilities, which can promptly identify and issue warnings for potential energy waste issues, assisting managers in swiftly taking corrective measures.
    Beyond basic energy consumption monitoring, the Building Energy Consumption Monitoring System also offers advanced functions such as energy consumption analysis, prediction, and energy-saving suggestions. Through in-depth mining and analysis of historical data, the system can reveal the patterns and characteristics of building energy consumption, providing strong support for formulating targeted energy-saving measures. Furthermore, the system can predict future energy consumption based on current trends and external environmental factors, providing forward-looking decision-making support for building managers.
     In summary, the Building Energy Consumption Monitoring System is a crucial tool for achieving green and intelligent management of buildings. It not only helps managers comprehensively understand the energy consumption status of buildings but also provides scientific energy-saving suggestions and measures, promoting sustainable development in the construction industry.