Smart electricity usage in schools

The school's smart electricity usage, electricity safety system, and student dormitory electricity management system are integrated electricity safety management systems built on advanced IoT technology, smart meters, data collection terminals, and cloud computing platforms. The school's smart electricity safety system can monitor the working status of various electrical equipment in real time, collect various power data, and analyze and warn through a remote monitoring platform, thereby improving the school's electricity safety and management level.

　　The school's smart electricity usage, electricity safety system, and student dormitory electricity management system are integrated electricity safety management systems built on advanced IoT technology, smart meters, data collection terminals, and cloud computing platforms.The school's smart electricity safety system can monitor the working status of various electrical equipment in real time, collect various power data, and analyze and warn through a remote monitoring platform, thereby improving the school's electricity safety and management level.

The student dormitory electricity management system mainly monitors the power equipment of the whole school in real time through smart meters, sensors, and data acquisition devices. It can automatically identify electrical faults, abnormal power consumption, overload and other problems, send timely alarm information, provide safety protection for power equipment, and avoid losses caused by power safety accidents. In addition, the system can also perform big data analysis on electricity consumption data to help schools achieve rational energy allocation and energy conservation and emission reduction.

1、 The working principle of the school's smart electricity safety system

　　The school's smart electricity safety system is based on IoT technology, smart meters, cloud computing platforms, and other componentsThe work is mainly carried out through the following steps:

1. Smart meters and sensor data collection

Various electrical equipment within the school, such as teaching buildings, laboratories, dormitory buildings, etc., are equipped with smart meters, sensors, and temperature and humidity monitoring devices to collect real-time electricity data (including parameters such as current, voltage, power, etc.) and equipment environment (such as temperature, humidity, etc.).

2. Data transmission and real-time monitoring

The collected electricity data is transmitted to the data acquisition module or gateway through wireless or wired networks, and then uploaded to the cloud computing platform. The system monitors the real-time electricity usage throughout the entire school through a dedicated monitoring platform.

3. Data analysis and anomaly detection

The system adopts big data analysis technology to deeply mine and analyze the collected electricity consumption data. By detecting in real-time whether the power parameters are within the normal range, the system can promptly identify abnormal situations of electrical equipment, such as overload, leakage, short circuit, voltage fluctuations, etc., and automatically generate alarm information.

4. Alarm and warning system

When the system detects abnormal electricity usage, it will immediately issue an alert through the platform. Administrators can quickly identify the problem through SMS, email, or platform notifications, and handle it promptly based on alarm information to avoid electrical accidents.

5. Remote control and management

The system allows administrators to view real-time electricity consumption data for various areas through a remote management platform, enabling remote control and management of equipment. Administrators can remotely shut down faulty devices, adjust power settings, set power limits, etc., effectively avoiding electrical accidents caused by human negligence.

6. Energy optimization and energy-saving management

In addition to ensuring electricity safety, the smart electricity safety system also supports the analysis of electricity data and the identification of energy waste links. For example, the system can identify which devices are in a long-term high load state and which areas have high electricity consumption, and based on the analysis results, provide energy-saving suggestions to help schools reduce energy costs.

2、 System architecture

The architecture of the school's smart electricity safety system mainly consists of the following parts:

1. Smart meters and sensors

Smart meters are the core of the entire system, responsible for real-time monitoring of parameters such as current, voltage, and power, and supporting remote data transmission. In addition, various environmental sensors (such as temperature and humidity sensors) are also installed in key equipment or areas to further enhance the monitoring capability of the system.

2. Data collection module/gateway

The data collection module or gateway is responsible for receiving data collected by smart meters, sensors, and other devices, and transmitting the data to the cloud platform or local server through wireless or wired networks. The role of a gateway is to aggregate and process data from different types of devices, ensuring the stable operation of the system.

3. Cloud platform/data management platform

The cloud platform or data management platform is responsible for receiving data from various devices, storing, analyzing, and processing the data. Administrators can view the school's electricity consumption data, receive alarm information, perform remote control, and view statistical reports in real time through the platform.

4. Alarm and Notification System

When the system detects abnormal electricity consumption data, the alarm system will automatically start and notify the administrator through SMS, email, APP notification, etc. for processing. Alarm information usually includes the location, type, and possible impact of the fault, helping administrators respond quickly.

5. User interface and remote control module

The system provides a convenient user interface, and administrators can remotely access the system through a PC or mobile app to perform data queries, analyze report generation, alarm processing, remote control, and other operations. Through the user interface, administrators can also view the real-time operating status of various devices and control or adjust them according to their needs.

3、 The functional characteristics of the school's smart electricity safety system

1. Real time monitoring and data collection

The system achieves real-time monitoring of all electrical equipment in the school through smart meters and sensors, collecting real-time power and environmental data to ensure transparency and clarity in power usage.

2. Fault warning and automatic alarm

Smart meters and sensors can automatically detect abnormalities in electrical equipment, such as voltage fluctuations, overloads, short circuits, leakage, etc., and issue timely alarm notifications through the platform to help management personnel intervene and handle them in a timely manner.

3. Remote control and management

Administrators can view real-time electricity consumption data through remote platforms for remote operation and management. For example, it is possible to remotely control the power supply in a certain area, adjust the operating status of power equipment, and reduce the incidence of power failures.

4. Data analysis and report generation

The system can analyze the collected electricity data, generate electricity trend reports, equipment operation reports, fault reports, etc., to help school managers understand the electricity situation, optimize resource allocation, and improve electricity efficiency.

5. Energy saving management and energy optimization

The system can identify devices or areas with excessive electricity consumption and provide energy-saving recommendations through data analysis. Schools can adjust their electricity plans reasonably based on these suggestions, optimize energy consumption, and reduce electricity bills.

6. Visual monitoring and statistical functions

The system supports the display of charts and visual interfaces, making electricity consumption data, equipment status, alarm information, etc. easy to understand at a glance, making it convenient for school management personnel to make decisions and operate.

7. The system has strong scalability

The system supports horizontal and vertical expansion, and can expand equipment or functions according to the school's electricity consumption scale, adapting to different types and sizes of school environments.

4、 Advantages of School Smart Electricity Safety System

1. Improve electrical safety

Through real-time monitoring and automatic alarm, safety hazards of electrical equipment can be quickly detected and dealt with, reducing the probability of electrical accidents and ensuring the safety of teachers and students' lives and property.

2. Optimize energy management

Through data analysis and report generation, schools can understand the electricity consumption of various electrical equipment, optimize energy and reduce energy consumption, and lower the school's electricity costs.

3. Reduce labor management costs

The system has achieved automated data collection, monitoring, and alarm, greatly reducing the workload of manual inspections, lowering labor management costs, and improving management efficiency.

4. Remote operation and instant response

Management personnel can view electricity consumption data and equipment status at any time through a remote platform for remote control, ensuring quick response and handling in emergency situations.

5. Improved the intelligence level of school management

The system integrates multiple intelligent technologies, enhancing the intelligence level of school electricity management and promoting the modernization and digitization of school management methods.