IOT News

For schools, factors such as expansive campus areas, diverse functional buildings, and high foot traffic often lead to elevated energy consumption costs, imposing significant burdens on school management.

 By implementing the WideIoT School Energy Consumption Monitoring and Intelligent Management System, schools can gain insights into the consumption of various energy sources, including water, electricity, gas, and heat, down to different time periods and specific buildings. This system also identifies areas of high energy usage and anomalies, playing a crucial role in energy conservation and enhancing energy utilization efficiency.

Through the deployment of WideIoT energy consumption data acquisition gateways at various school facilities such as power distribution rooms, water supply stations, and heat exchange stations, and by connecting to smart electricity meters, water meters, and thermal energy meters, real-time energy consumption data can be collected and integrated into the school's energy consumption monitoring and management platform.

 This enables functions such as categorized energy measurement, visual display, anomaly alerts, and data analysis, providing comprehensive and reliable data support for energy-saving initiatives.

Implemented Features:

1. Real-time Collection of Diverse Energy Data: Real-time collection of water, electricity, heat, and other energy consumption data, which is then transmitted via 5G/4G networks to the school's energy consumption monitoring and management platform.

    The system supports one-to-many data collection, featuring high concurrency, low power consumption, and resume-from-breakpoint capabilities.

2. Categorized Equipment Directory: Formation of an equipment directory for different scenarios, enabling categorized management of energy consumption in dormitories, teaching buildings, offices, streetlights, etc.

    It facilitates easy access to energy consumption data for air conditioning, lighting, heating, water usage, irrigation, etc.

3. Anomaly Alerting: By setting alert thresholds and notification methods, the system can promptly issue alerts in case of abnormal energy consumption, notifying via WeChat, SMS, email, etc., enabling quick diagnosis and remedial actions.

4. Integration with Building Automation Systems: Integration with building automation systems allows for remote control of PLCs, enabling remote start/stop of equipment such as air conditioners, fans, water pumps, and valves.

    It also automatically alerts in case of faults, ensuring safe and stable equipment operation.

5. Continuous Tracking and Analysis: Continuous tracking of school energy consumption data reports, allowing for the identification of abnormal high energy consumption and energy-saving opportunities by comparing energy consumption under different conditions. This facilitates the formulation of scientific and reasonable decisions to further enhance energy utilization efficiency.