Comprehensive intelligent monitoring and control plan for electrical and fire safety in schools and public institutions

As an important member of society, schools have a significant demand for electricity and their use and consumption of energy in daily life. The computer room and information center within the school have a large number of electronic computers, and the laboratory has various precision instruments and important experimental equipment. With a large number of students, once there is a power failure, the losses are incalculable. Therefore, electrical fire prevention, monitoring of precision instruments and important equipment, and energy management in the school are particularly important. Intelligent operation and maintenance, energy conservation and consumption reduction, electrical safety monitoring, and power quality monitoring are the fundamental ways to solve this problem.

This system has a rated sampling frequency of 10kHz and high acquisition accuracy, leading the industry in related equipment. Through online real-time monitoring, it can monitor basic energy indicators, as well as important indicators such as voltage fluctuations, flicker, voltage surges, dips, short-term interruptions, and long-term interruptions. Conduct a comprehensive analysis, evaluation, and improvement of factors affecting the measurement and control data of electronic computers, various precision instruments, important experimental equipment, as well as the service life and energy consumption of important equipment in school computer rooms and information centers.

This system is based on high-precision acquisition and high-speed data processing technology, and has the ability to quickly identify faults. It can be used for monitoring important equipment in schools, reducing unnecessary electrical accidents in primary schools, and providing students with a safe learning environment.

This system consists of a sensor layer, a display control layer, an acquisition unit, a timing device, a switching unit, and backend software.

Function:

1. Load analysis

2. Standard measurement

3. Non load type monitoring

4. Arc light monitoring

5. Energy Efficiency Assessment Report

6. Power Quality Management

7. Alarm and fault recording

8. Fire and access control detection

characteristic:

1. High sampling precision, high time precision, edge computing and big data analysis

2. Efficient operation and maintenance mode: equipment automation+remote control+status maintenance+emergency repair (recording)

3. Induction separation design: The signal transformer is separated from the acquisition device, breaking the device's limitation on the type of collected signal

4. Strong anti-interference ability, able to adapt to various complex environments in schools